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16 Oct 2026

16 October 2026 | Kolkata, India A successful harvest is not measured by crop output alone. Farmers must earn enough, food must survive the journey to market, and farming must protect the resources future harvests depend on. Summary: This World Food Day, the Kharif season raises a bigger question than how much rice and other crops India can produce. Weather risks, rising cultivation costs, uncertain selling prices and food losses can weaken both farmer incomes and household food security. Climate-resilient crops and better storage may help, but their real value depends on field performance, affordability and access. Can Today’s Harvest Feed Us Without Exhausting Tomorrow’s Soil and Water? If the harvest feeds today’s market, will the soil and water still support tomorrow’s crop? A full field does not always guarantee a secure livelihood. A farmer may harvest a good crop but earn less than expected because of high input costs or falling market prices. Another may lose part of the crop to floods, extreme heat or irregular rainfall before it reaches the market. Both situations affect the food available to households and the resources needed to grow it again. These risks are not evenly distributed. A review by the Agriculture Ministry, published in July 2026, reported that eastern and northeastern India received 36% less rainfall than normal between 1 June and 15 July. This was an early-season figure, not a final assessment of the monsoon. However, it highlighted why local crop conditions and dated weather records are essential when assessing agricultural risks, rather than relying on a single national prediction. Odisha offers a documented example of how farmers and agricultural institutions are responding to these challenges. In July, the Indian Council of Agricultural Research (ICAR) reported demonstrations of the paddy varieties Pooja, Kalachampa and Swarna Sub-1 across 16 acres in flood-prone areas of Khordha district. It also reported green manuring on four acres of paddy fields to support soil health. These initiatives illustrate possible approaches to agricultural adaptation. However, the available public report does not establish their final yields, costs or net returns. Such outcomes must be measured before these interventions can be considered successful across different farming conditions. The financial test is equally important. For the 2026–27 marketing season, the government’s minimum support price (MSP) is ₹2,441 per quintal for common paddy and ₹2,461 per quintal for Grade A paddy. On 15 October, a market listing for Khatra in Bankura showed a modal price of ₹2,441 per quintal. However, a price recorded in one market cannot represent the entire state. Nor does the MSP guarantee that every farmer can sell every quintal at that rate. Cultivation expenses, transportation costs, quality requirements and access to procurement all influence how much a farmer ultimately earns. From Field to Food Plate: Where Can Food Lose Value? Food security depends on more than the amount harvested. Produce must also be stored, transported and sold efficiently before it reaches consumers. At every stage, losses or additional costs can reduce the value of the harvest. StageWhat to trackKey question1. Field and harvestRainfall, heat, soil health, water use, crop varieties, input costs and yieldDid the crop grow well without placing excessive pressure on soil and water?2. Farm gateHarvest quality, quantity sold, transport costs and realised priceHow much does the farmer actually earn after cultivation costs?3. Storage and transportProduce damaged or spoiled, access to cold storage, storage costs, electricity and maintenanceHow much produce is lost before reaching the market, and could better storage reduce these losses?4. Market and mandiWholesale prices, supply levels and movement of produceDo farmers receive a fair price, and does sufficient produce reach buyers?5. Household and food plateRetail food prices, affordability, dietary diversity and kitchen wasteCan households afford nutritious food, and how much food is wasted after purchase? Data note: Farm-to-market losses and household kitchen waste must be measured separately. National estimates should not be presented as figures for a specific district. A government-reported study covering 2020–22 estimated post-harvest losses of 6.02–15.05% for fruits and 4.87–11.61% for vegetables across the assessed commodities and regions. These national ranges are not estimates for any particular district. However, they demonstrate why harvesting practices, handling, storage and transportation deserve attention alongside agricultural production. Cold storage can give farmers more time to sell perishable produce instead of accepting a distress price when supply is high. Solar-powered storage systems may also reduce dependence on unreliable electricity. However, installation costs, maintenance, suitable storage conditions and access to buyers determine whether these technologies are practical. Government assistance is available for certain cold-storage projects, but the existence of such support does not establish that affordable facilities are accessible to small farmers in their local areas. Food security also cannot be measured by grain production alone. Families need food that is affordable, diverse and nutritious. Even a strong paddy harvest may not prevent households from cutting back on other foods if prices rise or vegetables spoil before reaching local markets. Household kitchen waste is another concern, but it must be assessed separately from losses occurring between the farm gate and the market. These challenges connect directly to the theme of World Food Day 2026: “Innovate today. Nourish tomorrow.” Innovation can involve improved crop varieties and solar-powered storage, but it also includes better water management, soil conservation, market information and stronger farmer organisations. The important question is not simply whether a technology appears promising. It is whether it improves yields, reduces losses or strengthens farm incomes without placing an unaffordable burden on farmers. India’s food security will depend on connecting these decisions across the entire food system. The next harvest must be judged not only by how much grows, but also by how much farmers earn, how much food reaches consumers, what households can afford to eat, and whether the soil and water remain productive for the seasons ahead. Sources: FAO — World Food Day 2026: “Innovate today. Nourish tomorrow.”Press Information Bureau — Agriculture Ministry’s Kharif 2026 and monsoon review, 21 July 2026ICAR — Climate-resilient paddy demonstrations in Khordha, Odisha, 29 July 2026Department of Food and Public Distribution — MSP for wheat and riceWest Bengal paddy market listing — Khatra, Bankura, 15 October 2026Press Information Bureau — Post-harvest losses and government schemes, 25 July 2025NITI Aayog Frontier Tech — Solar-powered cold storage and the Pusa-Farm SunFridge ...Read more

15 Oct 2026

15 October 2026 | Kolkata India’s BRSR Core has moved ESG reporting closer to evidence. But a reported number is only as credible as its boundary, source data, methodology and verification trail. Summary: India’s BRSR Core framework is moving corporate sustainability reporting from broad disclosure towards measurable, verifiable evidence. But as FY2025 - 26 becomes a critical reporting year, the real test is whether reported figures for water, energy and worker safety can actually be reproduced from the underlying data, stated boundaries and methodologies. A comparison of Reliance, Infosys and Tata Steel shows why apparently similar ESG numbers can represent very different operational boundaries, denominators and assurance coverage. The investigation therefore asks not simply whether a number has been “assured”, but whether another reviewer can trace it back to its source, understand how it was calculated and determine exactly what the assurance or assessment covered. The same test becomes even more important as companies gradually use automated and AI-enabled software for carbon accounting and ESG data management. Can BRSR Core Numbers Be Independently Reproduced-or Are Companies Still Reporting Figures That Cannot Be Compared at Face Value? India’s sustainability reporting framework is becoming more structured. But differences in reporting boundaries, calculation methods and assurance coverage raise a crucial question: how much can an outside reader actually verify? When a company says it has reduced its environmental impact, what should readers look for beyond the headline figure? Can they trace the number to its source, understand how it was calculated and establish exactly which operations it covers? These questions matter as Indian companies publish increasingly detailed Business Responsibility and Sustainability Reports (BRSRs). The Securities and Exchange Board of India (SEBI) introduced BRSR Core to standardise selected environmental, social and governance indicators. Later regulatory changes also provided for third-party assessment or assurance, while making value-chain ESG disclosures voluntary from FY2025–26 under the revised framework. But a standard reporting format does not automatically make every figure comparable—or independently reproducible. A review of the FY2025–26 reports of Reliance Industries, Infosys and Tata Steel shows why the distinction matters. Their published disclosures contain figures that can be checked against other information in the same reports. They also demonstrate how reporting boundaries and assurance scopes affect what those figures can establish. What This Review Checked The review examined the companies’ published BRSRs, annual reports and available assurance statements. It checked whether selected totals could be reconciled with their published components and compared the stated reporting boundaries with the indicators covered by third-party assurance. It did not access internal meter readings, utility bills, fuel invoices, employee time records, incident registers or complete calculation workbooks. It therefore does not claim to have independently verified the underlying source data or completed an external audit of the companies. That limitation is important. Reproducing a calculation from published figures is not the same as independently verifying the records from which those figures originated. 1. The Same Company Can Report Different Boundaries for Different IndicatorsTABLE 1. What the FY2025–26 reports disclose CompanyIndicatorReported figureReporting detail that mattersReliance IndustriesEnergy consumption517 million GJ; 5.4 million GJ from renewable sourcesReported for O2C and E&P operations; assurance scope is defined by indicator and entity.Reliance IndustriesWater228.52 million kL withdrawn; 112.07 million kL recycledThe report identifies the relevant hydrocarbon reporting boundary.InfosysEnergy consumption887,193 GJGlobal consumption; renewable and non-renewable subtotals are published.InfosysWater2,125,432 kL withdrawn; 2,029,557 kL consumedGlobal water figures; reporting is consolidated unless otherwise specified.InfosysEmployee LTIFR0.134 per million person-hoursApplies to India operations; a separate worker category is not reported.Tata SteelWater consumption126.350 million kL, consolidatedThe report also provides source-wise water withdrawal and water intensity per tonne of crude steel.Tata SteelLTIFREmployees: 0.64; workers: 0.38, consolidatedThe assurance statement specifies standalone assurance for BRSR Core indicators, while selected consolidated indicators are disclosed voluntarily.  Figures are taken from the companies’ FY2025–26 reports. Differences in reporting boundaries, definitions and assurance scope mean these figures should not be used to rank company performance directly. Source: Company annual reports and BRSR disclosures; links are provided in the article’s source list. Reliance Industries reports total energy consumption of 517 million gigajoules (GJ) for its Oil-to-Chemicals (O2C) and Exploration and Production (E&P) operations, including 5.4 million GJ from renewable sources. Its natural-capital disclosures also report 228.52 million kilolitres (kL) of water withdrawal, 38.85 million kL discharged and 112.07 million kL recycled during FY2025–26. However, the assurance statement does not treat every indicator as having one identical boundary. Its listed scope covers energy consumption for O2C entities and specified digital subsidiaries; water withdrawal, discharge, consumption and recycling for O2C entities; and workplace injury indicators for O2C entities and specified digital subsidiaries. The report also defines the entities covered by these terms. This does not establish that the reported figures are incorrect. It shows why readers need to examine the boundary attached to each indicator rather than assume that every figure represents the entire Reliance group on the same basis. Infosys, meanwhile, states that its BRSR disclosures are consolidated unless otherwise specified. Its reported energy and water figures include global consumption, while its employee lost-time injury frequency rate (LTIFR) is specifically reported for India operations. Its reasonable-assurance statement also makes clear that the opinion covers the listed BRSR Core indicators within the defined reporting boundary-not every item in the annual report. Tata Steel presents another important distinction. It publishes selected consolidated indicators, but its FY2025–26 statement says reasonable assurance of the BRSR Core indicators was undertaken on a standalone basis. Consolidated indicators were voluntarily disclosed for selected entities, with a pathway towards consolidated assurance following restructuring. The central finding is that a reported figure must be read alongside its boundary and assurance scope. A consolidated number and a standalone number cannot automatically be treated as equivalent. 2. Published Totals Can Be Checked—but That Is Only the First TestTABLE 2. What can be reproduced from published subtotals? CheckPublished calculationResultStatusInfosys — energy640,111 GJ renewable + 247,082 GJ non-renewable887,193 GJReconciles with reported totalInfosys — water withdrawal281,568 kL surface water + 65,518 kL groundwater + 1,778,346 kL third-party water2,125,432 kLReconciles with reported totalTata Steel — consolidated water withdrawal126,370 + 21,521 + 22,607 + 161,080 + 15,538 million litres347,116 million litresReconciles with reported totalReliance Industries — water and energyHeadline figures and selected components are disclosedFull source-level reconstruction not performed in this reviewUnderlying records not independently reproduced How to read this table: “Reconciles” means the published components add up to the reported total. It does not mean that this review independently checked the original meter readings, invoices, source records or company consolidation process. Some figures can be reconciled using the components disclosed in the same report. Infosys reports total energy consumption of 887,193 GJ. Its renewable energy consumption totals 640,111 GJ, while non-renewable energy consumption totals 247,082 GJ. Adding these two figures reproduces the reported total. Its water-withdrawal table also provides a check. Surface water of 281,568 kL, groundwater of 65,518 kL and third-party water of 1,778,346 kL add up to the reported total withdrawal of 2,125,432 kL. Tata Steel’s consolidated water-withdrawal components also add up to its reported total of 347,116 million litres. These are meaningful arithmetic checks because the inputs and the stated totals are publicly available. However, the checks establish only that the published components add up. They do not independently establish whether every source measurement was accurate, whether all relevant facilities were included or whether the original records were correctly classified. CompanyPublished figure checkedResult of the public-data checkWhat remains unverified by this reviewInfosysTotal energy consumption: 887,193 GJRenewable and non-renewable subtotals add up to the reported total.Underlying meter, fuel and source records were not independently examined.InfosysTotal water withdrawal: 2,125,432 kLPublished source-wise figures add up to the reported total.Original source records and site-level measurements were not independently examined.Tata SteelConsolidated water withdrawal: 347,116 million litresPublished source-wise figures add up to the reported total.Source records, site-level measurements and consolidation files were not independently examined.Reliance IndustriesEnergy and water indicatorsThe report provides headline figures and identifies indicator-specific boundaries.This review did not reconstruct the totals from original operational records. These results support a limited but useful conclusion: some published calculations can be checked from the report itself, while the underlying source data cannot be independently reproduced from the information examined here. 3. Water Figures Need More Than a Single NumberFIGURE 1. From an ESG number to verifiable evidence Reported figure↓Definition and reporting boundary — What is counted, and which sites, businesses or workers are included?↓Source records — Meter readings, utility bills, fuel records, production data, hours worked or incident registers↓Calculation method — Formula, conversion factor, assumptions, exclusions and denominator↓Consolidation — How individual sites, units and subsidiaries are combined↓Assurance or assessment — Which indicator and reporting boundary were examined, and at what level?↓Reproducibility result — Can the figure be reconstructed from the available evidence? A figure is easier to verify when the reporting boundary, source data, calculation method and assurance scope can all be traced. A published total alone does not provide the complete evidence trail. Water reporting illustrates why comparisons can be misleading when definitions differ. Water withdrawal refers to the water taken from sources such as rivers, groundwater, municipal supplies or the sea. Water consumption refers to the portion not returned to the environment during the reporting period, as defined by the applicable reporting method. Water discharged and water recycled or reused are separate measures. Reliance reports water withdrawal and recycled water, while Infosys separately reports withdrawal and consumption. Tata Steel reports both measures, along with source-wise withdrawal and water intensity per tonne of crude steel. These indicators answer different questions. A company may withdraw a large volume of water but return much of it after use. Another may withdraw less water but consume a larger proportion. Comparing the figures without checking the definitions would create a false ranking. A stronger reproducibility test would trace water withdrawal from the source-wise totals to the relevant utility bills, meter readings or estimates, then examine how recycled water, discharge and consumption were calculated. It would also check whether the same facilities and reporting period were used throughout the calculation. The public reports allow some arithmetic checks. They do not, by themselves, provide this review with the complete underlying records needed to reconstruct each company’s water balance independently. 4. Energy and Workplace Safety Also Depend on Definitions Energy consumption is meaningful, but the total alone does not establish efficiency. A large industrial producer and a technology-services company have very different operating models. Their energy use must be interpreted alongside suitable denominators, such as production output, floor area, revenue or another relevant activity measure. Even intensity figures require care. The denominator, reporting boundary and treatment of renewable energy must be consistent before a comparison can be considered meaningful. Workplace safety presents a similar problem. Reliance reports LTIFR figures for different business units, while Infosys reports an employee LTIFR for India operations and states that it has not reported a separate worker category. Tata Steel reports separate employee and worker rates for both standalone and consolidated operations. For FY2025–26, Tata Steel reports a consolidated LTIFR of 0.64 for employees and 0.38 for workers, compared with standalone figures of 0.49 and 0.36 respectively. The company defines workers in this table to include third-party contractors. These figures cannot be ranked fairly without checking who is included, the hours worked, the reporting period and the definition of a recordable injury. A lower rate is not, on its own, proof that one company provides a safer workplace than another. 5. Assurance Is Important—but Its Scope Matters Third-party assurance provides an important layer of scrutiny. Infosys’s assurance statement describes procedures including document inspection, evaluation of quantification methods, reconciliation with underlying records on a sample basis, and testing of selected assumptions and methodologies. Reliance’s statement similarly describes different assurance levels and lists the indicators and boundaries covered. Tata Steel states that its BRSR Core indicators received reasonable assurance on a standalone basis, while selected consolidated indicators were disclosed voluntarily. The lesson is not that assurance is ineffective. It is that readers must understand what was assured, which operations were covered and which disclosures were outside the engagement. Reasonable assurance is a conclusion on specified information within a defined scope. It is not a blanket guarantee that every statement in a sustainability report has been verified, nor does it mean an outside reader can reproduce the underlying calculation using only public information. The Next Challenge: Reconstructing AI-Assisted Carbon Figures The same question becomes more complicated when companies use models, software or AI-assisted systems to estimate value-chain emissions. The GHG Protocol’s Scope 3 guidance recognises multiple calculation methods and different forms of data, including supplier-specific information, industry averages and proxy data. These approaches can be appropriate in different circumstances, but the method and data quality affect the result. A credible reproducibility trail should identify the activity data, emission factors and their sources, the reporting boundary, assumptions, exclusions and the calculation method. For AI-assisted estimates, it should also preserve relevant model or software versions and material human adjustments. This is a logical next stage of the investigation, rather than a conclusion that the three companies examined here used unreliable AI-generated figures. The reports reviewed do not establish that claim. From Disclosure to Demonstrable Evidence TABLE 3. Public-evidence reproducibility ledger CompanyIndicatorPublic-document checkEvidence statusInfosysEnergy consumptionPublished renewable and non-renewable components add up to the reported total.Arithmetic reconciled; source records not independently reproducedInfosysWater withdrawalPublished source-wise figures add up to the reported total.Arithmetic reconciled; source records not independently reproducedTata SteelWater withdrawalPublished source-wise figures add up to the consolidated total.Arithmetic reconciled; source records not independently reproducedReliance IndustriesEnergy consumptionPublished total and renewable component identified; original operational records were not examined.Reported figure identified; source-level reconstruction not performedReliance IndustriesWaterPublished withdrawal, discharge and recycling figures identified; a complete water balance was not reconstructed.Reported figures identified; source-level reconstruction not performedAll three companiesWorkplace safetyReporting boundaries, worker categories and assurance scope differ.Not directly comparable without further boundary and method checks Status definitions Arithmetic reconciled: Published subtotals add up to the published total.Reported figure identified: The figure appears in an official report, but this review did not reconstruct it from underlying records.Not independently reproduced: The source records needed for independent reconstruction were not examined in this review.Not directly comparable: Definitions, reporting boundaries or calculation methods differ in ways that prevent a like-for-like comparison. The FY2025–26 documents of Reliance Industries, Infosys and Tata Steel show that structured ESG reporting can provide useful figures, definitions and assurance statements. They also show why totals should not be compared without examining the boundaries and methods behind them. This public-document review reproduced selected arithmetic relationships from the published tables. It did not independently verify the underlying operational records, and it found that reporting and assurance boundaries differ across indicators and companies. The next step towards a fuller reproducibility audit would be to request source-wise calculations and supporting records, examine the relevant assurance criteria, and document whether the reported figures can be reconstructed from evidence beyond the headline disclosures. The test for transparent sustainability reporting is therefore not simply whether a number appears in a report. It is whether a reader can understand what the number represents, trace how it was calculated, and see exactly what the available evidence does—and does not—establish. Sources: SEBI — BRSR Core framework, 12 July 2023SEBI — FAQs on assessment, assurance and value-chain disclosuresReliance Industries — FY2025–26 Natural Capital disclosuresReliance Industries — Independent Assurance Report, FY2025–26Infosys — Integrated Annual Report, FY2025–26Tata Steel — BRSR, FY2025–26Tata Steel — Integrated Report and Annual Accounts, FY2025–26GHG Protocol — Scope 3 Calculation Guidance Scope note: This article is based on publicly available documents. It does not claim that company source records were independently audited or that company representatives were interviewed. ...Read more

14 Oct 2026

14 October 2026 | Kolkata, West Bengal Kolkata’s wastewater-reuse efforts show what is possible, but the real test is how much treated water reaches users reliably, safely and at a workable cost. Summary: Treated wastewater can reduce pressure on freshwater supplies, but a treatment plant’s capacity does not prove that its water is being reused. Public records point to reuse in Kolkata’s Sector V and the East Kolkata Wetlands, while gaps in published data make it difficult to assess actual volumes, costs and reliability. As West Bengal moves towards its 2030 reuse target, the question is whether the water is reaching users and delivering measurable benefits. If a City Can Treat Wastewater, What Stops It from Reusing More of It? A wastewater treatment plant may appear to offer a practical solution to water scarcity. It collects sewage, treats it and produces water that can be used for certain non-drinking purposes. But treatment is only one part of the process. What happens afterwards matters just as much. Does the treated water reach an actual user? Does it meet the required quality standards? Can the supply remain reliable without making the water too expensive? These questions are central to Kolkata’s water-security challenge. Reusing treated wastewater can reduce dependence on freshwater, but only when treatment, distribution and actual use work together. What Do Kolkata’s Records Reveal? One documented example comes from Sector V in Salt Lake, where the Nabadiganta Industrial Township Authority (NDITA) manages water and civic services. A report published by The Times of India on 13 November 2025 stated that treated wastewater from Sector V’s sewage treatment plants was being reused for gardening and road washing. The report also noted that NDITA received close to three million gallons of filtered water daily from Tala to supply the township. These are two separate water streams. The filtered water supplied from Tala should not be confused with the treated wastewater reused locally. The example establishes that treated-water reuse has been reported in a real urban setting. However, the publicly available report does not specify the daily volume of wastewater reused, its operating cost, the energy required for treatment and distribution, or the latest laboratory results. It therefore cannot, on its own, establish how efficiently the system operates or how much freshwater it saves. The wider picture in Kolkata is more complex. A Kolkata Municipal Corporation progress report for August 2025, submitted in a matter related to the National Green Tribunal, estimated that the city generated around 1,400 million litres of sewage per day (MLD). It reported that approximately 910 MLD received natural treatment through the East Kolkata Wetlands and was used for activities including pisciculture, mixed farming and animal husbandry. The report also listed five operational sewage treatment plants with a combined capacity of 179 MLD, while provisions for reusing their treated water were still under consideration. Kolkata’s District Environment Plan for 2025–26 also recorded 910 MLD associated with the East Kolkata Wetlands, 179 MLD of capacity across five existing treatment plants, and 311 MLD of untreated or partially treated sewage. These figures describe different parts of the city’s sewage system. They should not be interpreted as a current measurement of how much treated water is actually being reused by end users. The East Kolkata Wetlands are an important part of this story. They support fisheries and other livelihoods while naturally treating wastewater. However, this process is not identical to a conventional treatment plant supplying reclaimed water through a controlled distribution system. Both approaches have a role to play, but each must be assessed according to its own water-quality, environmental and operational requirements. West Bengal’s 2030 Target Raises the Stakes On 14 July 2026, West Bengal notified its State Policy on Safe Reuse of Treated Wastewater. The policy sets a target for at least 20% of the state’s overall industrial water requirement to be met through municipal wastewater by 2030. It also promotes reuse for non-drinking purposes in eligible residential developments, public buildings and commercial establishments. This is a future policy target, not a measure of current achievement. Meeting it will require more than increasing treatment capacity. Industries need a dependable supply that meets their quality requirements and fits their budgets. Treatment operators need sufficient funds for electricity, chemicals, testing, equipment and maintenance. Municipal authorities must also establish distribution systems that connect treatment plants with users who can consistently consume the reclaimed water. These priorities can come into conflict. Operators need to recover treatment and pumping costs, while buyers may be unwilling to pay more than they currently spend on water. Some industrial processes may require additional treatment before reclaimed water can be used. If the supply becomes unreliable or its quality fluctuates, users may hesitate to depend on it. Health and environmental safeguards are equally important. Water suitable for road washing or certain landscaping activities may not be appropriate for every industrial process or agricultural use. Treatment and testing must match the intended purpose. Reuse cannot be considered successful if it simply transfers pollution risks to workers, land or water bodies. The Numbers That Should Accompany Every Reuse Claim A credible assessment must distinguish between the volume a treatment plant is designed to handle, the volume it actually treats and the amount ultimately reused. A supply agreement is useful evidence, but it does not prove that the contracted volume is consistently delivered. Similarly, treatment records cannot establish how much freshwater has been displaced unless the end user’s consumption is also examined. What Is Known - and What Remains Unclear Investigation pointWhat the public record establishesSector V reusePublic reporting describes treated wastewater being reused for gardening and road washing.Daily reuse volumeNo verified daily reuse volume was established from the sources reviewed.Water qualityThe latest project-specific laboratory results were not available in the reviewed material.Electricity and operating costsNo verified project-level figures were located.Reliability and downtimeCurrent operating and interruption records were not established.Citywide contextKolkata’s 2025 records document sewage generation, treatment capacity and the role of the East Kolkata Wetlands, but do not provide a current, complete account of reuse across all facilities. This is the evidence gap that matters. A project can be operational while still lacking publicly accessible information about its performance. Without records of output, delivery, testing, costs and downtime, readers cannot independently assess whether a system is reliable or whether it achieves the expected freshwater savings. From Infrastructure to Water Security SustainVerse’s Kolkata summit, scheduled for 19–21 November 2026, includes water security, wastewater reuse and circular sanitation among its planned themes. The event offers an opportunity to move the discussion beyond announcements and towards measurable outcomes. A practical next step would be to publish regular performance records for each reuse project. These should include daily treated output, the volume supplied and reused, water-quality test results, downtime, electricity consumption, maintenance costs and the terms of supply agreements. Wherever possible, these figures should be cross-checked against delivery receipts and the user’s own consumption records. Kolkata already has examples of wastewater being put to use. The challenge is to establish how consistently these systems operate, what they cost and how much freshwater they actually replace. A treatment plant is an important starting point, but its existence alone does not guarantee water security. The real measure of success is whether treated water reaches users safely and reliably—and whether the evidence proves that it is being used. Sources: 1. Nabadiganta Industrial Township Authority (NDITA) — Official website and civic information. https://ndita.org/ 2. The Times of India, 13 November 2025 — “Sec V ranks 3rd in country in water conservation.” Reports NDITA’s water-management recognition and claimed reuse of treated wastewater for gardening and road washing. https://timesofindia.indiatimes.com/city/kolkata/sec-v-ranks-3rd-in-country-in-water-conservation/articleshow/125284135.cms 3. National Mission for Clean Ganga / Kolkata Municipal Corporation, August 2025 — Monthly progress report in the National Green Tribunal-related matter OA No. 673 of 2018. Provides city sewage generation, East Kolkata Wetlands and STP capacity figures. https://udma.wb.gov.in/public/uploads/file_doc/mpr16oct25oa673.pdf 4. Kolkata Municipal Corporation — District Environment Plan 2025–26. Records sewage generation, treatment capacity and untreated or partially treated sewage estimates. https://www.kmcgov.in/KMCPortal/downloads/DISTRICT%20ENVIRONMNET%20PLAN%202025-26.pdf 5. Government of West Bengal, Department of Urban Development and Municipal Affairs — Official listing of the West Bengal State Policy on Safe Reuse of Treated Wastewater, notified 14 July 2026. https://udma.wb.gov.in/page/cms/ngt_policy_ae3077 6. The Times of India, 30 July 2026 — “State mandates wastewater recycle in condos, sets 20% industrial reuse target by 2030.” https://timesofindia.indiatimes.com/city/kolkata/state-mandates-wastewater-recycle-in-condos-sets-20-industrial-reuse-target-by-2030/articleshow/132747241.cms 7. SustainVerse — SustainVerse Summit Series 2026 India. https://sustainverse.org/events-community/sv-summit-india ...Read more

13 Oct 2026

13 October, 2026 | Kolkata Mining generates public revenue, but the real test is whether that money delivers reliable water, better healthcare, stronger schools and lasting livelihoods for the communities living with its impacts. SummaryDistrict Mineral Foundation (DMF) funds are meant to improve the lives of people affected by mining. Yet money sanctioned for a project does not automatically mean that the project is complete, functional or benefiting the intended community. Starting with Keonjhar, Odisha, this investigation traces public records from fund collection and approvals to expenditure, completed work and services on the ground. If a district receives mining revenue, how can residents know whether it is improving their lives? The money is collected. What happens next? Mining brings revenue to the government, but it can also place pressure on local water resources, land, health and livelihoods. For communities living close to mining operations, the benefits of mineral wealth should therefore extend beyond the value extracted from the ground. The District Mineral Foundation was created under the Mines and Minerals (Development and Regulation) Act, 1957, through its 2015 amendment. DMFs are non-profit trusts established in mining-affected districts to work for the benefit of affected people and areas. Their funds come from statutory contributions by mining leaseholders. The Pradhan Mantri Khanij Kshetra Kalyan Yojana (PMKKKY) provides the framework for using this money for development and welfare. The intended priorities include drinking water, healthcare, education, environmental protection, sanitation, support for women and children, skills and livelihoods. Under the revised 2024 guidelines, at least 70% of DMF funds must be directed towards directly affected areas and high-priority sectors. But a policy commitment is only the starting point. To understand whether DMF spending is delivering its intended benefits, the financial trail must be followed beyond the approval stage. A large fund, but what does the spending show? The scale of DMF funding makes public scrutiny important. According to the Ministry of Mines, by November 2024, DMFs across India had collected ₹1,02,083.03 crore. Of this, ₹87,357.28 crore had been sanctioned for 3.60 lakh projects, while ₹54,892 crore had been spent. The ministry also reported that 2.01 lakh projects had been completed. These figures are a dated national snapshot, not a current total for every district. Each number answers a different question. Collections show how much money has entered the system. Sanctions indicate the amount approved for projects. Releases show how much has been transferred to implementing agencies, while expenditure records indicate reported spending. Completion records show whether a project has been declared finished. None of these figures, on its own, proves that a service is working or that the intended beneficiaries are receiving it. For example, a sanctioned water-supply scheme may still be awaiting construction. A completed facility may lack electricity, staff, maintenance or a dependable water source. A livelihood programme may report participants trained without showing whether they secured sustained income. The investigation must therefore distinguish money approved, money released, money spent, work completed and outcomes achieved. Why Keonjhar is the starting point Keonjhar has a public-facing DMF website with project-level information, including project names, locations, sanctioned amounts, released amounts and status. Its records provide a starting point for matching financial documents with individual projects. The portal is a useful discovery tool, but its existence does not settle the accountability question. The reporting task is to test whether the information is sufficiently complete, current and consistent with supporting documents—and whether the projects listed can be verified on the ground. The first step is to select one project in a high-priority area, such as drinking water, healthcare, education or livelihoods. Its approval should be matched with the annual action plan, administrative sanction, tender, work order, release records, expenditure statements and completion certificate. Dates and amounts must be reconciled rather than assumed to match. The next step is physical verification. If the project is a water-supply scheme, for example, the investigation should check whether the infrastructure exists, whether water is available reliably, whether the equipment works and who can access the service. If it is a health or education project, the relevant checks may include operating hours, staffing, facilities and maintenance. This is where the difference between a project being built and a public service being delivered becomes visible. The accountability question is bigger than construction DMF spending can produce visible infrastructure, including roads, buildings and water pipelines. These may be necessary, but the presence of concrete structures does not establish that the spending has addressed the most urgent needs of mining-affected communities. In a 2025 assessment, iFOREST reported that DMFs had collected more than ₹1.03 lakh crore over their first decade and argued that weak planning, implementation and community participation were limiting their potential. Its analysis raised concerns about underutilised funds and investments that may not adequately address the needs of affected people. These are findings and arguments from an independent research organisation; they should be examined alongside district records and the government’s account. There are also questions about who decides which projects receive funding. The revised PMKKKY guidelines provide for Gram Sabhas and local bodies to contribute to planning, while requiring stronger monitoring and accountability measures. The investigation should establish whether affected communities had a meaningful role in identifying priorities, rather than simply being counted as beneficiaries after a project was selected. An official response may point to the number of projects approved, completed or funded. That information matters, but it must be tested against expenditure documents, the condition of the assets and evidence of who benefits. An independent expert may identify gaps in planning or participation, but such claims should also be checked against the relevant records. The purpose is not to assume that every project has failed—or that every official figure is misleading. It is to establish what the evidence supports. From public spending to public benefit The final assessment should follow one project from its financial approval to its actual use. Where records agree and the service functions, that should be reported clearly. Where money has been released but work remains incomplete, the ledger should show the gap. Where a project is marked complete but its functionality cannot be established, that distinction should remain visible. Missing records also matter. If a release order, expenditure statement or completion certificate cannot be found, the investigation should document the gap, ask the responsible authority for clarification and avoid treating an unanswered question as proof of wrongdoing. A district-level spending ledger can make this process repeatable. Each entry should include the project name, location, sector, sanctioned amount, amount released, reported expenditure, completion status, on-site functionality, beneficiary evidence, source documents and date of last verification. The wider lesson is straightforward: mining-affected communities should be able to see not only how much money their district receives, but also what that money delivers. A project list is useful; a verified account of spending, functioning services and community benefit is far more meaningful. The real measure of DMF money is not how much concrete a district can show. It is whether the people meant to benefit can rely on the services the money was supposed to provide. Sources: Ministry of Mines, Government of India — District Mineral Foundation and PMKKKY overview, including the revised 2024 guidelinesPress Information Bureau, Ministry of Mines — National DMF collection, sanction, expenditure and project figures up to November 2024DMF Keonjhar, Odisha — District Mineral Foundation portalDMF Keonjhar, Odisha — Phase-wise project details, including sanctions, releases and statusiFOREST — Assessment and discussion on the first decade of District Mineral FoundationsiFOREST — “A missed opportunity for social justice in mining regions” ...Read more

13 Oct 2026

Oct 13, 2026 | Kolkata As India transitions towards a green economy, green skills will be presented as a pathway to sustainable occupations. But after graduation, will the certificate be merely the finishing school or will it lead to good jobs, wages, and career progression? Looking beyond enrolment, this paper explores ways in which training providers, employers, and policymakers can connect green skills to livelihoods by addressing learnings beyond course completion. Summary :Green skills will play a critical role in India’s sustainable development, but a certificate will not guarantee employment. The focus will need to turn to the jobs obtained and the wages earned, as well as safety and career progression. Employers, institutions, and government will need to collaborate to ensure that green skills lead to sustainable, fair, and economically workable occupations. Can Green Skills Training Guarantee a Sustainable Career? Green skills training will prepare learners for emerging opportunities in renewable energy, sustainable farming and waste management. However, completing a course will not automatically guarantee employment or financial stability. Graduates will need practical experience, relevant job opportunities and fair working conditions to build sustainable careers. The focus must therefore extend beyond certificates to the livelihoods they help create. Introduction: From Learning Green Skills to Earning a Living Solar panel installation, sustainable farming, waste recycling, and energy auditing will soon be among India’s hot careers. The opportunity will be reassuring to many, as a certificate will be presented as a gateway to a sustainable livelihood. But after graduation, where will the solar panel installers, sustainable farmers, waste recyclers, and solar panel installers obtain jobs? What will they earn? How safe will the working conditions be? And will they be able to progress? While a degree or certificate will be a fulfilling milestone and a useful credential, it will not be a guarantee of a job offer. Employment will still require prospecting, proving competence and competency, negotiating wages, and learning the ropes on the job. We will therefore need to focus beyond the number of people trained and look at their livelihood outcomes after graduation. India’s push towards renewable energy, efficiency, and effective waste disposal will create demand for various occupations. But the green skills agenda will need to prioritize linking learners to jobs while considering local labor-market realities. We will need to think through such questions as: Will the training lead to relevant employment? Will the wages be adequate? Will the working conditions be safe? And will there be opportunities for career progression? The certificate will be merely the beginning. What Are Green Skills? Green skills will encompass the knowledge, expertise, and skills that will be needed to support an environmentally sustainable and resource-efficient economy. The skills will include technical competencies, such as solar panel installation and electric vehicle maintenance, and core skills, such as digital literacy, communication and collaboration, and project planning. The skills will be relevant across professions, from electricians and farmers to truck drivers and plumbers, as the occupational requirements for many will change over time. Various jobs will need to be made greener, including electricians, gardeners, construction workers, and transport drivers. Green skills will therefore need to be developed for both emerging jobs, such as solar panel installers, and established occupations, such as plumbers and car mechanics. We will need to think through the job requirements when designing the curriculum, such that construction workers learn about energy-efficient materials, car mechanics get the skills to service electric or hybrid vehicles, and plumbers learn about water harvesting systems. Why the Certificate Will Only Be the Beginning? A certificate will show that the graduate has completed a course, but employers will need to figure out whether the trainee can perform specific tasks and duties safely and competently. The skills bought may not always be directly applicable, and theoretical knowledge may not be sufficient if the job requires working with equipment and materials. Some training centres may also not have the infrastructure and ability needed to ease the skills needed for a specific occupation. Graduates may also find that the local labor market does not value the skills they have got or that there are no jobs that match their qualifications. This is not to dismiss the value of certificates but to acknowledge that the employability of the graduate will depend on the quality of training and the demand for the skills in the local labor market. Apprenticeships, practice, and field schools will therefore be useful in linking skills to specific occupations. Employers will need to find the entry-level competencies needed for the target jobs and advise on the learning strategies best suited to building those skills. The training program will also need to recognize its limitations and avoid misleading the trainees into thinking that the certificate will guarantee employment. The placement of learners will therefore need to be considered when producing the curriculum, such that it builds skills for specific occupations. Unless there is a confirmed placement, a training curriculum should not position itself as a guaranteed gateway to employment. Where Will the Green Jobs Be? Solar panel manufacturing and installation, sustainable farming, and waste collection and recycling will create employment opportunities. Other careers likely to appear include energy auditors, water harvesters, and environmental analysts. The occupations will be found in diverse economic sectors, including construction, transport, and agriculture. There will be variations in the type and number of jobs depending on the location, with urban areas likely to lead the way in some areas, such as rooftop solar panel installation, while rural towns and cities will lead in others, such as agriculture. A local assessment will therefore be needed to show the green jobs that are likely to appear and the skills needed for each. Industry players will also need to engage local employers and show the vacant positions, the recruitment criteria, and the entry-level skills and competencies needed. Policymakers and employers can support the process by providing insights into the most promising green jobs in various localities. The assessment will also need to consider the opportunities that might arise at various levels, such as entry-level jobs for people with only basic skills or supervisory roles for those with more experience and advanced skills. India’s Green Skills Challenges India’s shift towards a green economy will create employment opportunities but will also require that the skills being gotten match the local labor-market needs. While some will be able to secure jobs and advance their careers using the skills, others will be unemployed or may need to look for alternative careers. Green skills will therefore need to be developed with a focus on linking the learners to jobs while addressing their diverse needs. Access to the training programs will also be important, and factors such as distance to training centres, gender, and disability (physical and intellectual) will need to be considered. Lack of transport, poor road safety, and the absence of hostel facilities may discourage learners from enrolling and completing the courses. Similarly, inadequate consideration of the needs of people with disabilities may limit their participation. The gender dimension will also need to be considered, including the opportunity to take up certain occupations and address any cultural challenges that could influence the working conditions. Language skills will also be needed, depending on the occupation, and learners will need to understand instructions and the working conditions, especially if they are likely to be unsafe. It will also be important to share information about the working hours and conditions, as well as the wages and career progression, so that they make an informed decision about joining the program. We will not be able to help address the employment challenge if we mislead the learners into thinking that a certificate will guarantee them a well-paying job when there are no opportunities. Following the Graduate: What Will We Measure? It will be important to follow up on the graduates to figure out whether the training program was successful in linking them to a sustainable livelihood. First, we will need to collect information on the graduate’s employment status and the length of time it took for them to secure a relevant job. Someone who takes only a few months to get employed will have a dissimilar experience from someone who is unemployed. This information will enable us to show the link between the training program and the labor market. The information on the wages will also be important in showing the value proposition of the training program. We will need to ask the graduates to provide details on their salaries and their satisfaction with the working conditions and opportunities for progression. If a graduate can secure a well-paying job with good working conditions, we can use the information to promote the training program as a pathway to sustainable livelihood. We will also need to consider the differences in the wage levels, length of service, and other factors, such as whether the employment is permanent or daily. Other indicators to consider include the relevance of the job to the training course, the provision of safety equipment, and the working conditions and terms of employment. Employers will need to provide details on whether the workers are provided with contracts and the benefits they are entitled to as employees. Where possible, efforts will also need to be made to ensure that the information collected is disaggregated based on gender, location, and disability so that we can show the specific employment needs of various groups. The findings will also need to consider the graduates who are unable to secure employment and their perspectives on the shortcomings of the training program in helping them get a job. The follow-up will need to be done at specified intervals, such as every three, six, and twelve months, and can be done through surveys, interviews, and employer feedback, where possible. The graduate will also need to understand the type of information being collected and its purpose and have the option to decline if they are not comfortable sharing the information. The goal of the follow-up should not be to blame the graduate for being unemployed but to understand the extent to which the training program and the overall system did not support them in securing a relevant job. What Role Does the Employee Play? Employment relations will be key to ensuring that green skills lead to sustainable livelihoods. Training institutions will need to engage prospective employers when producing the curriculum, such that the course aligns with the skill needs of the local labor market. Employers can also advise on the most right learning strategies to use in developing the skills, such as apprenticeships and field schools. The input will be critical in ensuring that the training program meets the skill expectations of the local employers and that the graduates are not wasting their time and money on irrelevant skills. The engagement will need to go beyond signing partnership agreements, hosting the opening, and closing ceremonies of the training programs. Employers will need to support the process by providing the necessary equipment and making apprenticeships available, where possible. They will also need to acknowledge the value of their input into the training program and treat the graduates fairly and respectfully. Unless the training institution has sufficient knowledge of the local labor market, the skills being taught could be irrelevant, and the employer will withstand the worst of the disappointment when the graduate turns out to be unprepared for the job. The employer will also need to take a realistic view of the recruitment needs and not promise jobs that they do not intend to offer when the time comes. The collaboration should be based on realistic expectations on both sides, with the employer recognizing that the training program will help both the worker and the business. Employers in small businesses will also need to consider engaging in shared apprenticeships, where possible, rather than host in-house training programs that could be too expensive to sustain. Local associations and government agencies will need to ease the process of bringing together the employers and the trainees. The strategy will be useful in ensuring that the training aligns with the skill needs of the local economy while also addressing the limited resources of the individual employer. Women, Informal Work, and Fair Wages The green transition will only be truly sustainable if it supports fair development and enables everyone to derive maximum benefit from the opportunities it creates. For instance, women will need to be recruited into mainstream employment, and working conditions will need to consider their specific needs, such as safe working conditions and flexible working hours, where possible. Training institutions and employers will need to recognize the challenges facing women as they join the workforce, including personal safety and general working conditions, such as the provision of amenities. The informal sector will also need to be considered, as many potential workers will be using in the informal economy, where they lack the social security and financial benefits of formal employment. They will need to be supported to transition into the formal sector, where they will be able to enjoy safer working conditions and access a wider range of opportunities, such as skills upgrading, formal contracts, and better wages. Training will play a role in empowering the informal workers by helping them understand their rights and equip them with new skills that will increase their capacity and bargaining power. Fair wages and safe working conditions will also need to be prioritized if the informal workers are to transition into the formal sector. The opportunity to join the formal economy should not be limited to those with specific skills, as most of those working in the informal sector are doing so out of necessity. Policies will need to be put in place to support informal workers through incentives, such as reduced taxes and access to credit, and encourage employers to offer formal employment to their workers. What Can Training Institutions and Government Do? Training institutions will need to provide clear information on the training course, including the length, costs, assessment criteria, and types of jobs the graduate will be able to secure after completing the program. They will need to recognize that a certificate does not guarantee employment and should discourage prospective learners from enrolling if there are no job opportunities for the graduates. The curriculum will need to be reviewed on a regular basis based on the feedback from past graduates, current learners, and employers, as well as general considerations of the quality of training. Government agencies and local authorities will need to help the process of connecting the training institutions with employers, provide relevant data and insights on the local economy, and encourage and support quality apprenticeships and effective career guidance. They will also need to support small businesses in engaging in quality apprenticeships that will help both the employer and the employee. Reporters will need to ensure that the information on vocational training is presented in a responsible manner that highlights the dissimilar stages of the training journey and makes it clear what the graduate will be able to achieve at the end of the program. Independent evaluation will also be needed to ensure that training institutions are not misleading the public by overestimating the benefits of the training program. The independent assessment should be used to review the courses that do not lead to sustained employment and consider ways of improving those that are useful but have limited impact, such as by incorporating more practical aspects into the curriculum. The evaluation will also be useful in comparing different training programs to decide which are more beneficial to the graduate. The Graduate’s Voice We will need many indicators to understand the employment outcomes of the green skills training programs. But we will also need the voice of the graduate, who will provide a personal perspective on the situation and explain the context in which the indicators were achieved. Someone will be excited and grateful to have been recruited, while another will be disappointed and frustrated with the overall outcome. The graduate will also provide an explanation of why the outcome was achieved, such as mentioning that the apprenticeship helped them get the job, that the local economy did not support their recruitment needs, or that the employer did not value their skills. The insights will be critical in helping us name opportunities for improvement, such as encouraging those who did not secure a relevant job to consider alternative careers. Some of the graduates will need to be supported to upgrade their skills so that they can move from an entry-level position to a more advanced role, while others will need to be informed about the working conditions and other considerations, such as the distance to the workplace or the ability to afford to work in the informal sector. The feedback will therefore need to be considered when reviewing the overall approach to vocational training. Graduates will need to be encouraged to become partners in ensuring that vocational training contributes to sustainable livelihoods. Their views and experiences will need to be considered when interacting with potential employers and designing training programs, with those who have had a positive experience emphasising their success while those who are disappointed will challenge us to improve the overall system. Honest feedback will be important in empowering future graduates to make informed decisions about vocational training. Conclusion: Green Jobs Must Deliver Green Futures Green skills will open the door to a wide range of occupations, including solar panel installation, sustainable farming, and waste recycling, among many others. But the certificate will only be the beginning of the journey, and the focus will need to shift to helping the graduate secure a relevant job, obtain competitive wages, and move up the career ladder. We will need to measure the success of green skills training in terms of the livelihood outcomes of the graduates and not just the number of people trained and certified. Are the graduates being recruited into relevant occupations? Are the wages and working conditions satisfactory? Will the job allow the worker to grow professionally? Will women and other disadvantaged groups be given equal opportunities? Are the employers satisfied with the skill levels of the new hires, and will the workers be able to sustain the jobs? These are some of the questions we will need to consider in assessing the impact of green skills training. References and Sources 1. International Labour Organisation (ILO) https://www.ilo.org/ 2. International Energy Agency (IEA), 2024 https://www.iea.org/ 3.Ministry of Environment, Forest and Climate Change, Government of India https://moef.gov.in/ 4. Skill Council for Green Jobs (SCGJ) https://sscgj.in/ ...Read more

13 Oct 2026

13 October 2026 | Kolkata Earbuds, charging cables and electronic toys are easy to replace. But when they stop working, their journey towards repair, collection or recycling is far less visible. Summary: Small electronic devices are an overlooked part of the e-waste problem. India has a formal e-waste management framework, but responsible disposal depends on accessible collection, accountable recycling and products that can be repaired. The real test is whether a discarded gadget can be traced from a household to its verified destination. If a Broken Earbud or Charging Cable Leaves Your Home, Can You Trace Where It Goes Next? A pair of earbuds stops working. A charging cable becomes unreliable. A small electronic toy breaks, or a mini fan is replaced by a newer model. These items are often too small to attract much attention, and their relatively low prices can make replacement seem easier than repair. Yet their size does not make them insignificant. Devices containing plugs, cables, circuit boards or batteries can become electronic waste when discarded. Some contain valuable materials that can be recovered, while others contain components that require careful handling. The problem is not simply how much electronic waste is generated. It is whether discarded devices enter a traceable system that can demonstrate what happens to them after they leave a household. The Global Numbers Reveal a Blind Spot The Global E-waste Monitor 2024, produced through the International Telecommunication Union and the United Nations Institute for Training and Research, estimated that the world generated 62 million tonnes of e-waste in 2022. Only 22.3% was documented as formally collected and recycled in an environmentally sound manner. Small equipment, including electronic toys and other household devices, accounted for 20.4 million tonnes, of which only 12% was documented as formally collected and recycled. India generated an estimated 4.137 million tonnes of e-waste in 2022, according to the Global E-waste Statistics Partnership. This is a historical estimate, not a measure of India’s current annual output or of the amount generated by small gadgets alone. These figures establish the scale of the problem, but they do not tell us how many earbuds or cables are collected in Kolkata, how much is processed locally or how much reaches its final destination. National estimates cannot substitute for evidence from a local collection chain. What Do India’s E-Waste Rules Require? India’s E-Waste (Management) Rules, 2022, which came into force on 1 April 2023, establish responsibilities for manufacturers, producers, refurbishers, dismantlers and recyclers handling electrical and electronic equipment covered by the rules. The framework includes extended producer responsibility (EPR), under which producers have specified obligations linked to e-waste management. The rules cover equipment listed in Schedule I and related components, parts and spares. Waste batteries are governed separately under the Battery Waste Management Rules, 2022. The Central Pollution Control Board operates an e-waste portal as part of the regulatory framework. Registration and compliance records provide an important starting point for checking whether an operator is authorised and what responsibilities apply to it. However, a regulatory framework does not prove that every household can conveniently return a small device. Nor does an authorised recycler’s stated annual capacity establish how much e-waste it actually receives or processes. Capacity, collection, processing and verified recovery are different measures. The key question is whether records connect these stages - and whether the information is accessible enough for consumers to make informed choices. Repair, Recycling and the Informal Sector Repair can extend a device’s useful life and delay the need for replacement. However, access to spare parts, repair information, compatible components and affordable services can influence whether a product is repaired or discarded. India’s Right to Repair portal, maintained by the Department of Consumer Affairs, provides information on warranty terms, spare parts, service details and repair options across several product categories. It is a useful consumer resource, but its existence does not guarantee that every component will be available or that every independent repair will be possible. There are competing concerns. Manufacturers and authorised service providers may emphasise product safety, quality control and the need for trained handling. Independent repairers and consumer advocates focus on affordability, access to parts and the ability to repair products without unnecessary restrictions. These concerns should be examined through actual repair costs, product policies and spare-part availability rather than assumptions about every company or repair shop. The collection stage raises another question. Informal collectors and dismantlers can help recover discarded materials and provide convenient collection services. However, where handling practices are unsafe or downstream destinations are unclear, both workers and the environment may face risks. The solution is not to overlook informal workers, but to improve safe working practices, traceability and access to accountable systems. From a Broken Gadget to Its Final Destination Tracing a discarded device means looking beyond the first collection point. A gadget may be repaired, reused, stored, handed to a collector or transferred to a recycling facility. Each route requires different evidence, and collection alone does not establish that materials have been recovered. The Afterlife of a Small Gadget What happens after your electronics stop working? StageWhat to checkRepairCan the gadget be repaired and used again?CollectionWas it handed over to an appropriate e-waste collection channel?ProcessingWhich recycler or other facility received it?Final destinationIs there evidence that it was properly processed, recycled or reused? The Accountability Gap A collection claim is not the same as proof of recycling. To trace a gadget’s journey, look for the receiver’s identity, a handover receipt, transfer records and evidence of its final destination. This is a reporting checklist, not a verified account of Kolkata’s current e-waste routes. A credible local audit should record the type and weight of items collected, the date and location of handover, the receiving operator’s identity, available receipts or transfer records, and any evidence of subsequent processing. This information would help distinguish between a collection drive that gathers devices, a facility capable of processing them and a system that can demonstrate actual recovery. A directory of collection points is useful only when locations, accepted items and operator details have been verified. What Can Consumers Do Now? The immediate steps are practical. Consider repair where feasible, keep discarded electronics out of ordinary household waste, and check with an appropriate authorised collection or recycling channel before handing them over. Devices containing lithium-ion batteries, including some wireless earbuds and small gadgets, should not be thrown into general waste. Damaged batteries can create fire risks during collection, transport and processing. Consumers can also check warranty conditions, ask whether spare parts are available and compare repair costs with replacement costs. These choices will not solve the e-waste problem alone, but they can help extend product life and reduce unnecessary disposal. The larger responsibility remains shared among producers, regulators, collection systems, repair businesses and recyclers. Each has a role in making repairs accessible, collection convenient and the final destination of discarded devices more transparent. The challenge is to make responsible disposal as convenient as buying a replacement. Small gadgets may be easy to overlook, but accountability should not disappear with them. A device’s journey should not end at the collection box; it should end with evidence of where it went and how it was handled. Sources: 1. WEEE Forum — International E-Waste Day 2026: “Fast Tech” Read the campaign brief 2. International Telecommunication Union — Global E-waste Monitor 2024 Read the report and key findings 3. Global E-waste Statistics Partnership — India, 2022 data View country statistics 4. Ministry of Environment, Forest and Climate Change — E-Waste (Management) Rules, 2022 Read the official rules (PDF) 5. Central Pollution Control Board — E-Waste Management System Visit the official portal 6. Department of Consumer Affairs — Right to Repair India Portal FAQs · About the initiative 7. Repair Café — International Repair Day, 17 October 2026 Read the announcement ...Read more

12 Oct 2026

12 October, 2026 | Kolkata A flood warning may reach people in time, yet fail to protect a family if drains are clogged, evacuation routes are unsafe or the nearest shelter is inaccessible. By examining household preparedness, public infrastructure and early-warning systems, this analysis explores what genuine flood resilience means and whether communities are truly equipped to act when disaster strikes. Summary: From waterlogged streets in Kolkata to flood-prone delta settlements and cloudburst-exposed Himalayan communities, disaster preparedness depends on more than forecasts. This investigation examines whether warnings, drainage, evacuation routes and shelters can protect people when they need them most. If a Flood Warning Arrives Today, Would Every Household Know What to Do - and Be Able to Do It? A warning on a phone is only the beginning of disaster preparedness. Imagine a family receiving an alert about heavy rainfall. The nearest drain is clogged, the lane outside is already filling with water, and the designated evacuation route passes through a low-lying stretch. An older family member cannot walk quickly, while the household is unsure which shelter is open. The warning may be accurate, but the family’s ability to respond depends on what happens next. Can they reach safety in time? Is the evacuation route accessible? Will the nearest shelter be open and equipped to receive them? These questions lie at the heart of the 2026 International Day for Disaster Risk Reduction, observed on 13 October under the theme “Resilience Starts at Home.” The United Nations Office for Disaster Risk Reduction (UNDRR) is using this year’s theme to highlight safe housing, risk-informed planning, accessible warnings and household preparedness. It also recognises that people do not have equal access to safe homes, reliable information, financial resources or the support needed to evacuate. Source: UNDRR For India, this question matters across very different landscapes. Urban neighbourhoods can struggle with waterlogging and drainage failures; delta settlements face flood- and cyclone-related risks; and Himalayan communities may experience intense, highly localised rainfall, landslides and sudden changes in river conditions. Although these hazards differ, they expose a common problem: preparedness is only as strong as the weakest link between receiving a warning and being able to act on it. What Happens Between a Warning and a Safe Evacuation? India has developed systems to monitor weather hazards and distribute warnings. The India Meteorological Department (IMD) provides impact-based and risk-based weather warnings, while the National Disaster Management Authority (NDMA) operates the SACHET National Disaster Alert Portal. SACHET brings together warnings from agencies, including IMD and the Central Water Commission (CWC), and supports their dissemination through mobile phones, television, radio, apps and other communication channels. Sources: IMD information via PIB and NDMA SACHET These systems are important advances. However, the availability of a warning channel does not automatically establish that every household received the message, understood its urgency or had enough time to leave. Official figures also show why forecasts must be interpreted carefully. In a December 2025 parliamentary response, the Ministry of Earth Sciences reported that IMD’s accuracy for heavy-rainfall forecasts was 85% at a one-day lead time and 58% at a five-day lead time. These figures describe national heavy-rainfall forecast performance at different lead times. They do not indicate the probability that a particular street will flood or that a specific household will receive an alert. Nevertheless, they underline why forecasts, local observations and preparedness plans must work together. Source: PIB, 17 December 2025 The investigation should therefore follow an alert through its entire journey: when the forecast was issued, when the relevant authority received it, when a local message was sent, when residents received or heard it, and what action followed. Where records are unavailable, that gap must be reported rather than filled with assumptions. Can a Kolkata Ward Drain the Water - and Move People Out Safely? In an urban neighbourhood, flooding is not simply a question of how much rain falls. Drainage capacity, waste accumulation, maintenance, road levels, land use and the condition of nearby water channels can all influence how quickly water collects and recedes. The National Institute of Disaster Management (NIDM) has identified urban flooding as an issue requiring coordination among local bodies, planners and disaster-management authorities. Its training material on urban flood management also highlights the role of geospatial tools and community-based approaches. Source: NIDM A ward-level audit should begin with a drainage map and a physical inspection. Which streets and lanes are most vulnerable? Where are the drains, culverts and outfalls located? Are maintenance records available, and do they show when the system was last cleared? Are there recurring complaints about waterlogging, and what action followed? These questions matter because a map of infrastructure cannot, by itself, establish its actual condition. A drain may appear on a municipal map but remain blocked in practice. A road may be designated as an evacuation route but become impassable when water rises. The same test applies to housing. Reporting should examine whether homes have safe exits, whether residents know where to go, and whether people living in ground-floor or low-lying dwellings have a practical way to move essential belongings and reach safer ground. It should also distinguish household responsibilities from the public responsibility to maintain drainage, enforce appropriate building and land-use standards, communicate risks and provide safe evacuation options. Does a Delta Settlement Face a Different Preparedness Test? A delta settlement requires a different risk assessment. Its exposure may involve river flooding, intense rainfall, tidal conditions, cyclone-related inundation or damage to roads and other connections. The specific hazards must be established for the settlement selected rather than assumed to be identical across the Sundarbans or the wider delta. The audit should examine whether residents have reliable access to warnings, whether evacuation routes remain usable during flooding and whether the designated shelter can be reached on foot, by boat or through another locally appropriate means. It should also establish what happens when transport services stop, mobile connectivity weakens or a route becomes inaccessible. Shelter availability is not the same as shelter accessibility. A building may be designated for evacuation but remain difficult to reach for a wheelchair user, an older person, a pregnant resident or someone who needs assistance. The investigation should check ramps, entrances, toilets, lighting, accessible communication and arrangements for people who cannot evacuate independently. The comparison with Kolkata should not rank one community as safer simply because it has more visible infrastructure. Instead, it should identify how each location manages its specific risks and which gaps prevent residents from acting on warnings. What Can Himalayan Cloudbursts Teach Us About the Last Mile? The additional reporting module on Himalayan cloudbursts and early-warning systems extends the investigation beyond the two flood-prone locations. It examines how warning systems perform in remote hill districts, where steep terrain, highly localised rainfall and limited observation coverage can complicate risk communication. IMD has explained that cloudbursts are highly localised events and that monitoring them requires dense networks of automatic rain gauges and weather stations. It has also noted that remote Himalayan and Western Ghats areas remain data-sparse, making long-term trend analysis difficult. This distinction matters: warning systems may improve, while highly localised events can remain challenging to observe and anticipate. Source: IMD press release, 15 October 2025 The comparison should focus on the practical chain from detection to action: available observations, forecast or warning issuance, transmission to district and local authorities, communication to residents, and the availability of safe routes and shelters. It should not suggest that a Himalayan cloudburst can be predicted in exactly the same way as a widespread heavy-rainfall event. The Tunis exercise also requires careful treatment. Its findings may offer useful lessons about preparedness, coordination or warning communication, but a simulation cannot establish how effectively a system performs in real conditions. Any exercise results should be presented as findings from that exercise, supported by its date, participants, scenario and documented outcomes. Claims about actual performance in Indian communities must be supported by separate Indian records or field observations. Who Is Responsible When a Warning Does Not Lead to Safety? Preparedness is a shared responsibility, but responsibility is not distributed equally. Households can keep emergency contacts, understand local alerts and prepare essential supplies. They cannot independently clear municipal drains, repair damaged public roads, build accessible shelters or establish a reliable public warning network. Local authorities and ward officials must be able to explain their drainage and maintenance arrangements, evacuation plans and shelter provisions. Engineers can help establish whether infrastructure is designed and maintained for the relevant risks. Disaster-management authorities can explain how warnings are received and passed on. Disability advocates can identify barriers that standard evacuation plans may overlook. The investigation should include different perspectives. Authorities may point to warning platforms, preparedness plans, shelters or completed infrastructure works. Residents may report that routes remain unusable or that messages arrive too late to act on. Engineers may explain the limits of drainage capacity, funding or the challenges of managing intense rainfall. Each perspective should be tested against records and direct observations rather than treated as a complete explanation. The evidence should include warning timestamps, drainage maps, maintenance records, shelter-access checks and documentation of disaster drills. A published plan establishes that a plan exists; it does not prove that the plan has been practised or will work under pressure. Similarly, a completed drill does not prove that every resident can evacuate safely. What Should a Household and Ward Preparedness Audit Include? The final reader tool should make the investigation practical. A household and ward checklist can ask: Housing: Are exits safe, and does the household understand the hazards affecting its location?Warnings: Which official channels provide alerts, and is there a backup if a phone or internet connection fails?Drainage: Are nearby drains and outfalls maintained, and are recurring waterlogging points documented?Evacuation: Is there a clearly identified route, and has it been assessed for flood conditions?Shelters: Is the shelter open, reachable and suitable for people with different mobility and support needs?Emergency arrangements: Are contact numbers, essential medicines, documents and necessary supplies accessible?Practice and accountability: Has a drill been documented, and is there a designated authority or office to contact about unresolved risks? A ward risk map should accompany the feature only after locations and routes have been verified. It should distinguish confirmed hazards, official evacuation and shelter information, observed infrastructure problems, and locations that still require verification. Sensitive household information should not be published. Resilience Is Measured Before the Water Rises The proposed comparison between a Kolkata ward, a delta settlement and Himalayan warning systems should produce more than a list of risks. It should reveal where the chain of preparedness works, where it breaks and who has the authority to address each gap. The aim is not to claim that every flood can be prevented or every warning can eliminate danger. It is to examine whether people receive usable information, whether public infrastructure supports safe action and whether the most vulnerable residents are included in disaster planning. On the International Day for Disaster Risk Reduction, “Resilience Starts at Home” offers a useful principle. But homes cannot become resilient through household effort alone. Safe housing, maintained drainage, accessible evacuation routes, dependable warnings and accountable local planning must work together. The real test is not whether a ward has a disaster plan. It is whether residents can use that plan when the next warning arrives. Sources: UNDRR — 2026 International Day for Disaster Risk Reduction: “Resilience Starts at Home”UNDRR — 2026 campaign and key messagesMinistry of Earth Sciences / PIB — Early Warning System, 1 April 2026Ministry of Earth Sciences / PIB — Monsoon Warning System, 17 December 2025NDMA — SACHET National Disaster Alert PortalIMD — Press release on cloudbursts and observation requirements, 15 October 2025National Institute of Disaster Management — Urban flood management training report, March 2025NDMA guidelines — Floods, urban flooding and disability-inclusive disaster risk reduction ...Read more

12 Oct 2026

Oct 12,2026 Across rural India, women are protecting farms from droughts, unpredictable rainfall and rising agricultural costs. But the people keeping agriculture alive do not always control the land, credit or income that could make it more resilient. From women-led farming collectives to watershed development, their experiences suggest a critical gap between participation and financial power. If women are expected to secure the future of Indian agriculture, we must ask ourselves whether they have the resources to shape it. Summary:Rural women are central to India’s climate adaptation efforts, but land ownership, credit, technology, and market access barriers continue to diminish their financial independence. Drawing on Indian examples, this article explores women’s collectives, watershed programmes, and financial protection, and examines why participation cannot guarantee economic empowerment. Introduction: The missing link in climate-ready farming When we talk of climate-resilient agriculture, we tend to think of better seeds, water conservation, and changing farming practices. But we should also be asking a fundamental question do the women implementing these changes have control over the resources and income that would make them work? Across rural India, women sustain agricultural production while facing barriers to land, credit, and decision-making. Without financial agency, climate resilience will only be partial.  Who is keeping India’s farms climate-ready? Women are involved in every stage of agricultural production – sowing, transplanting, and harvesting, livestock management and post-harvest processing. In many rural households, they also preserve seeds, keep kitchen gardens, manage household food supplies, and collect water. For these women, the extra work associated with agriculture is amplified when droughts, floods and heat disrupt agricultural livelihoods. As climate patterns become less predictable, women often must adapt their work to changes in agriculture. A delayed monsoon may alter sowing schedules, while prolonged dryness may lengthen the time for obtaining water for household use and livestock. A crop failure can need reconsidering food expenditure, seek added employment and borrow to finance the next season. But we cannot automatically assume that a person doing agricultural work is a ‘farmer’ or has an equal say in agricultural decisions. Women may contribute their labour to family-owned land without their names appearing on land records or work as tenant cultivators or agricultural labourers. India’s Agriculture Census 2015–16 recorded approximately 20.4 million female operational holders, representing around 13.96% of all operational holders. These numbers are important, but they do not capture every woman contributing to agricultural production. We must distinguish between people officially recorded as operational holders and the many women whose labour sustains farming households. Recognition matters because official documentation can influence access to certain benefits, institutional credit, and support programmes. Eligibility varies across schemes, but women whose farming contributions are not formally recognised may face extra administrative hurdles. If we want to know who is keeping India’s farms climate-ready, we must look not only at the number of women taking part in agricultural activities, but at who makes decisions, controls productive assets, and receives the financial returns. Recognising women as farmers is therefore not only a question of representation, but of ensuring that their agricultural knowledge translates into greater security, influence, and economic independence. What stops women from controlling land, credit, and agricultural income? The barriers women face is interconnected. Limited land rights can affect access to finance, while restricted access to finance can prevent women from investing in climate-resilient practices. Even when women receive training, their ability to implement what they learn depends on decisions made by other household members. Land is one of the most key factors. Secure land rights can strengthen a woman’s ability to decide which crops to cultivate, invest in soil improvement and plan for future agricultural seasons. They may also help set up eligibility for government benefits or loans, depending on the applicable rules. But we should not assume that a land title automatically guarantees independence. A woman may legally own land but have limited control over the crops grown, the sale of produce, or the income generated. Similarly, tenant farmers may make day-to-day agricultural decisions while lacking the documents required to access some formal support mechanisms. Access to agricultural equipment is equally crucial. Tools for irrigation, processing, and storage can reduce labour and improve productivity, but their benefits depend on affordability, availability, and practical training. A woman may understand how a technology could help her farm, but she may not have the money or the authority to obtain it. Market access decides whether agricultural production translates into income. Farmers need reliable information about prices, buyers, transport costs, and demand. When women cannot negotiate directly with traders or access suitable storage and processing facilities, they may have fewer opportunities to secure favourable prices. Finally, we must examine who controls the money earned. A woman may contribute to cultivation, but another household member may manage the sale proceeds or decide how the income is spent. Increased agricultural productivity does not necessarily translate into greater financial independence for women. This is why we cannot measure empowerment by counting training sessions, loans distributed, and women enrolled in a programme. We must ask whether women can access resources independently, make meaningful decisions, and keep a fair share of the benefits generated by their work. Where are we seeing women-led climate resilience in India? India has examples of programmes and community institutions linking women’s participation to agricultural development, natural resource management, and livelihood security. These initiatives suggest pathways to increased resilience, but their outcomes depend on implementation, local conditions, and the extent to which women exercise real decision-making power. Watershed development and women’s participation. In rain-dependent agricultural regions, the development of watersheds can help communities manage rainfall through water harvesting, groundwater recharge, soil conservation, and improvements in local water management. Such measures can support farmers facing irregular rainfall, declining water availability, and soil degradation. The National Bank for Agriculture and Rural Development (NABARD) supports watershed development and climate-adaptation initiatives across India. These programmes can connect environmental improvements with livelihood development, where communities take part in planning and managing shared natural resources. This creates an opportunity for women to influence decisions about water use, soil conservation, and agricultural priorities. Women often have detailed knowledge of household water requirements, livestock care and the added work caused by water scarcity. Including this knowledge in local planning can make interventions more responsive to community needs. A NABARD-supported climate-proofing project implemented with the Centre for Integrated Rural Health and Education Project (CIRHEP) in Tamil Nadu documents women’s participation in self-help groups and livelihood activities in watershed villages. The project report discusses access to institutional finance, participation in local decision-making and activities such as floriculture, nursery development, and other income-generating enterprises. These examples suggest how natural resource management can be linked with women’s economic opportunities. But we must not assume that every watershed programme leads to the same results. We must examine whether women influence decisions about water, whether landless households benefit, and whether new income opportunities are practical after project support ends. Women farmers and collective livelihood programmes - The Mahila Kisan Sashaktikaran Pariyojana (MKSP), implemented as a part of the Deendayal Antyodaya Yojana–National Rural Livelihoods Mission, was designed to strengthen women’s participation in agriculture and support sustainable livelihood opportunities. The programme’s significance lies in recognising women as agricultural producers, rather than treating their contribution as an extension of household labour. By supporting agricultural knowledge and collective organisation, such initiatives can help women improve farming practices and explore more sustainable livelihoods. But the presence of a collective does not automatically guarantee financial independence. A group may provide training but lack working capital, dependable buyers, or suitable storage facilities. We must assess whether members experience measurable improvements in income, asset ownership, and control over agricultural decisions. Self-help groups and financial inclusion - Self-help groups offer another route towards greater financial inclusion. Through regular savings, internal lending and links with formal banking institutions, women can develop financial relationships and explore income-generating activities. When connected with agricultural programmes, these groups can help women finance seeds, livestock, small enterprises, or processing activities. They can also provide a platform for sharing information about government schemes and local livelihood opportunities. The benefits, however, depend on how financial resources are used and controlled. A woman may receive a loan without deciding how it is spent. If an agricultural season fails, she may still handle repayment, when she has little control over the factors affecting the household’s income. We should look beyond the number of groups formed or loans distributed. Effective programmes should help women understand loan terms, name practical enterprises, access markets, and make independent decisions about the money they borrow and earn. Crop insurance and financial protection in Chhattisgarh The experience of Lakshmi Rathiya, a farmer in Mauhar village in Chhattisgarh’s Korba district, presents another perspective. In a March 2026 account, the United Nations Development Programme highlighted the role crop insurance can play in protecting women’s farming livelihoods against agricultural risks. Crop insurance cannot prevent droughts, floods, or crop damage. Nor can it resolve every problem related to land ownership or unequal decision-making. But when coverage and claims processes work well, insurance can help farmers recover from losses, without relying entirely on new debt or selling productive assets. For women farmers, access to insurance must be practical. They need clear information about eligibility, enrolment, documentation, premiums, and claims. We should also examine whether compensation reaches the person responsible for restoring the farm and whether the support arrives in time to help finance the next agricultural season. Together, these Indian examples highlight why climate adaptation should connect environmental protection with financial inclusion and livelihood security. Their effectiveness must be measured by what changes for women, not simply by the existence of a programme. When climate shocks hit, who bears the financial losses? Climate shocks can transform an already uncertain agricultural season into a budgetary crisis. Delayed rainfall may disrupt sowing, extreme heat can affect agricultural labour and livestock, and intense rainfall can damage standing crops or stored produce. The consequences extend beyond the immediate loss of agricultural output. For a woman with limited savings, a poor harvest may mean borrowing money to buy food, finding more employment, or reducing expenditure on essential needs. If the household has already borrowed, lower agricultural earnings make repayment harder and leave little money for the next sowing season. The goal should be to ensure that climate shocks do not repeatedly push women into financial insecurity. Protecting agricultural production is essential but protecting the livelihoods and decision-making power of the people who sustain that production is equally important. Why must financial independence become part of climate adaptation? Climate adaptation requires investment, which depends on access to money and the authority to decide how it is used. This makes women’s financial independence an integral part of climate-resilient agriculture. Consider a woman farmer who learns that mulching, improved soil management, and efficient irrigation could help her farm keep moisture. She may understand the benefits of these practices, but adopting them can require materials, equipment, labour, and upfront expenditure. Without access to savings or affordable credit, she may be unable to implement the changes. The same challenge arises when women want to diversify into crops suited to the local conditions. Diversification may require new seeds, cultivating techniques, processing facilities and buyers willing to buy the harvest. Without reliable market information, changing crops can present more financial risks, rather than alleviate them. We must connect agricultural training with financial services, land rights, and market development. Agricultural extension programmes should provide practical knowledge about climate risks, while financial institutions should develop suitable products that account for seasonal income and the uncertainties of farming. Public programmes must also consider women whose contributions are not reflected in formal land records. Depending on the scheme, documentation requirements may prevent cultivators of family or leased land from accessing particular benefits. Clear eligibility rules and accessible documentation support can reduce these barriers. At the same time, we should not assume that credit automatically creates empowerment. Loans can support productive investments, but they can also increase vulnerability when crops fail, buyers are unavailable and repayment terms do not reflect agricultural realities. Credit must go with risk protection, practical support, and realistic repayment arrangements. We need to measure climate adaptation through both environmental and economic outcomes. Improved soil health, reduced water consumption, and lower crop losses matter. So do women’s earnings, ownership of productive assets, access to affordable credit and control over agricultural decisions. If we want to know whether a farming system has become genuinely climate-resilient, we must examine whether the people managing it have the resources and authority to sustain those improvements. How can India turn women’s participation into real financial power? Moving from participation to financial agency requires action at several levels: Government agencies, banks, agricultural institutions, local organisations, and farming communities all have a role. First, we need stronger recognition of women as agricultural decision-makers. Where proper, land documentation and joint ownership can strengthen women’s position, while policies must also account for tenant cultivators and landless workers. Secure access to land should not be the only route through which women can obtain agricultural support. Second, financial services must reflect the realities of rural livelihoods. Women need access to affordable credit, savings facilities, suitable insurance, and clear information about government benefits. Financial products should account for seasonal earnings and climate-related risks, rather than if every farmer has a stable monthly income. Third, agricultural training must lead to practical opportunities. If women learn about drought-resilient crops, water conservation, or sustainable soil management, they should also be able to access suitable inputs, tools, technical support, and buyers. Otherwise, training may raise awareness without changing what women can do. Fourth, market access must be given greater attention. Collective marketing, local processing, storage facilities, and reliable price information can help women explore better opportunities for their produce. Partnerships with farmer producer organisations and cooperatives may be particularly useful when they are inclusive and transparent. Fifth, women must have a meaningful role in community-level institutions. Water committees, watershed organisations, and agricultural collectives should not merely include women, but enable them to influence planning, allocation of resources and the evaluation of local projects. Finally, programmes must measure outcomes that reflect real empowerment. We should ask whether women have gained control over income, improved their access to productive assets, reduced their financial vulnerability, or increased their influence over agricultural decisions. These outcomes tell us much more than attendance figures. Conclusion: Climate resilience cannot rely solely on women’s labour India’s agricultural future depends not only on how successfully we can adapt to climate change, but also on whether the people who sustain farms have the means or power to do so. Although rural women already contribute to agriculture through their work, natural resource management, household food security and community institutions, their contribution cannot be divorced from their access to resources, technology, markets, and the income generated from their labour. Examples from watershed development, women’s livelihood programmes, self-help groups, and crop-insurance initiatives prove how adaptation to environmental change can be married with an increase in economic opportunities. They also serve as a reminder that programme participation does not necessarily translate into financial independence for women. We need to consider whether women can access and control resources, make decisions over agriculture and keep a significant share of the benefits. We also need to ensure that landless women and tenant cultivators are not overlooked merely because they do not officially own land. The future requires collaboration between government bodies, banks, agricultural organisations, and communities to provide women with accessible finance, markets, training, and representation in decision-making. Most importantly, it requires us to measure success in terms of increased financial security and agency for women. The resilience of women should not be viewed as an infinite resource that can offset inadequate support. Their ability to withstand the effects of climate change should not rely on how much stress they can endure. For women to be able to keep India’s farms in the face of climate change, they must also have the power to decide how those farms are managed and how the money they generate is spent. Climate resilience will be incomplete so long as the people who sustain it are denied a voice in important financial decisions. India’s agricultural future not only depends on whether our farms will survive a changing climate, but also on whether the women who sustain them will have the freedom and resources to do so. References and Sources Press Information Bureau, Government of India. Women Farmers in the Country (2021). Agricultural statistics and information about female operational holders. https://www.pib.gov.in/PressReleasePage.aspx?PRID=1780263&lang=2&reg=48 Press Information Bureau, Government of India. Feminization of Agriculture (2019). Background on women farmers and the Mahila Kisan Sashaktikaran Pariyojana https://www.pib.gov.in/PressReleasePage.aspx?PRID=1577924&reg=48&lang=2  Department of Agriculture and Farmers Welfare, Government of India. Agriculture Census Scheme. Background on agricultural holdings and data collection. https://agcensus.gov.in/AgriCensus/   NABARD. Resources on watershed development, climate adaptation, soil conservation, and sustainable agriculture. https://www.adaptation-fund.org/wp-content/uploads/2024/05/India.pdf   ...Read more

12 Oct 2026

12 October 2026 | Kolkata, West Bengal Bamboo, fabric, plywood and decorations help create Kolkata’s spectacular pandals. But what happens to these materials when the celebrations end? Summary: Durga Puja pandals are temporary structures built with a wide range of materials. While some can be reused, repaired or recycled, their second life depends on how they are purchased, dismantled, stored and collected. Better planning and clear recovery arrangements can help reduce waste without compromising the festival’s creativity. When the Lights Go Out, What Happens to a Pandal’s Materials? Every year, Durga Puja transforms Kolkata into a city of elaborate pandals, artistic installations and illuminated streets. Bamboo frames, fabric, plywood, steel, ropes, paint and decorative elements come together to create these temporary spaces. But when the last visitor leaves and the lights go out, an important question arises: what happens to all these materials? A pandal may stand for only a few days, but the materials used to build it can retain their value long after the festival ends. Some can be reused in future installations, while others may be repaired, repurposed or recycled. The challenge is to ensure that they do not simply become waste once the celebrations are over. The aim is not to make Durga Puja less creative or elaborate. It is to examine whether the materials behind its artistic identity can be planned, managed and recovered more responsibly. A Temporary Structure with a Longer Story Although a pandal is dismantled after the festival, its materials do not necessarily have to share the same fate. Bamboo and metal frames may be suitable for future structures, while fabric and decorative elements can be stored for reuse. Plywood may also serve another purpose if it remains in good condition. However, recovering these materials is not always straightforward. Paint, adhesives, mixed-material decorations and damaged components can make reuse or recycling more difficult. Materials joined together may require additional labour to separate, while poor storage can reduce their chances of being used again. This makes planning essential. Waste management should not begin only after dismantling. Decisions about material selection, assembly methods, storage and recovery must be considered before construction begins. Designing for disassembly can help preserve the value of materials and reduce the amount that ultimately needs to be discarded. Reuse Must Be Proven, Not Promised Calling a pandal sustainable does not establish how much of its material is actually reused. A credible assessment must distinguish between materials that are rented, returned, stored, repaired, resold, recycled or discarded. Each category represents a different outcome. For instance, renting a frame may reduce the need to purchase new materials, but its condition and subsequent use still matter. Similarly, sending a material to a recycler is not the same as directly reusing it in another pandal. A practical assessment would begin with an inventory of the materials purchased or rented for construction. After dismantling, organisers could record how much was recovered, where it went and whether it was reused, repaired, recycled or discarded. Any recovery or reuse percentage should also specify how it was calculated, whether by weight, quantity, value or another clearly defined measure. Such records would help distinguish verified outcomes from general claims. Without them, it remains difficult to determine how much waste was actually prevented and how effectively materials were recovered. What Do Existing Rules and Examples Tell Us? The West Bengal Pollution Control Board issued a directive to Durga Puja organisers in 2024 concerning compliance with the Plastic Waste Management Rules, 2021. It addressed specified single-use plastic items and PVC banners, including requirements for handling certain used PVC banners through registered plastic-waste processors. This provides a regulatory starting point for managing particular waste streams. However, compliance with these requirements does not, by itself, establish that bamboo, plywood, fabric, metal frames and other pandal materials are being recovered or reused. There have also been examples of organisers considering reuse. A 2022 report by The Times of India described plans announced by some Salt Lake Puja committees to store plywood, reuse cloth and return decorations to artisans. These examples indicate that material recovery can be incorporated into festival planning. However, announced plans should not be treated as proof that the materials were ultimately recovered, nor do a few examples establish a city-wide practice. The wider question is whether such initiatives can be supported by reliable records, clear responsibilities and arrangements that continue beyond the festival itself. Designing a Second Life into the Next Pandal A more circular approach begins before the first frame is assembled. Organisers can assess which materials can be rented or borrowed, which decorations can be repaired, and which components can be separated without unnecessary damage. Choosing durable materials and designing structures for dismantling can make recovery easier at the end of the festival. Clear agreements are equally important. Rental and return contracts should identify who will collect the materials, where they will be taken, what condition they must be in and who will bear the associated costs. Plans must also account for the workers responsible for dismantling, sorting, transporting and storing these materials. Organisers and local authorities can strengthen the process through clearer disposal guidance and consistent record-keeping. A simple material ledger could document the quantities purchased or rented, the amount returned or stored, the materials repaired or recycled, and the waste that had to be discarded. Where possible, the final destination of each recovered material should be recorded and verified. This would allow organisers to compare their initial plans with actual outcomes, identify materials that can be used repeatedly and improve recovery arrangements for future festivals. Durga Puja’s artistic identity and responsible material management do not have to work against each other. The goal is not to diminish the scale, creativity or cultural significance of the celebration, but to make better use of the resources that bring it to life. For Bengalis, Durga Puja is far more than a festival. It is a feeling woven into memories, creativity, community and the familiar joy of returning to a pandal year after year. Every structure carries the effort of artisans, the imagination of designers and the emotions of the people who gather around it. Preserving that spirit should also mean caring about what remains when the celebrations end. Making pandals more sustainable does not mean taking away their grandeur or changing the traditions people hold close. It means extending the value of the materials, skills and resources that make these spaces possible. With thoughtful planning, responsible dismantling and verifiable reuse, the end of a pandal’s life need not mark the end of its usefulness. The lights may go out, and the pandal may come down, but the story of its materials can continue. Sources: SAHAJ Puja Permission Portal — Government of West Bengal: sahaj.wb.gov.inWest Bengal Pollution Control Board — Directive to Durga Puja organisers on compliance with Plastic Waste Management Rules, 2021: Read the directive (PDF)The Times of India — Report on Salt Lake Puja committees’ reuse plans, 2022: Read the reportCentral Pollution Control Board — Construction and Demolition Waste Rules and resources: CPCB rules · C&D waste system ...Read more

11 Oct 2026

October 11, 2026 | Kolkata India has made significant investments in school infrastructure, but the presence of facilities alone cannot guarantee girls’ safety, dignity or uninterrupted education. Safe drinking water, functional toilets, menstrual hygiene support and climate preparedness must work together to ensure that schools remain safe and accessible, even during extreme weather. SummaryA school may appear well-equipped, yet leave students vulnerable when heatwaves, floods or water scarcity disrupt essential services. This feature examines whether school facilities are not only available but also safe, functional, accessible and properly maintained. By looking at drinking water, sanitation, menstrual hygiene and learning continuity during weather extremes, it explores how infrastructure gaps can affect girls’ dignity, attendance and ability to learn—and what schools must do to close them. What does a climate-safe school look like when a girl needs it most? Imagine a school day during a prolonged heatwave: classrooms become unbearably hot, drinking water runs low, yet lessons are expected to continue as usual. Now imagine a girl arriving at school during her period, only to find a toilet without running water, privacy or safe facilities for menstrual waste disposal. During heavy rainfall, route to home gets disrupted and the risks extend beyond the school gates. Together, these challenges raise a crucial question: Can a school truly protect its students if its infrastructure fails when they need it most? These are not hypothetical scenarios: they demonstrate the connection between school infrastructure and the health, dignity, safety and learning of girls. The International Day of the Girl Child, observed annually on 11 October, aims to promote girls’ rights and highlight the challenges they face. The United Nations’ 2026 theme, “End Child Marriage,” calls for greater action to protect girls’ rights and futures. It also reinforces a wider message: girls’ education must be a priority, and learning cannot thrive when girls lack access to safe toilets, clean water and other essential facilities. Climate education is gradually becoming part of the discussion about what children should learn, from weather patterns and water conservation to waste management, food production and environmental protection. But is this knowledge being reflected in school infrastructure? Does a lesson on water conservation carry greater meaning when students can see how their school uses or wastes - water? And would a lesson on heatwaves feel more relevant if the classroom itself struggles to cope with rising temperatures? The next logical step is to assess not only what is being taught about climate change, but also whether the school environment and infrastructure are prepared to deal with the consequences or not! The Numbers Show Progress, but Do They Tell the Whole Story? India has made considerable investments in school infrastructure, with encouraging results. According to NITI Aayog’s School Education System in India: A Temporal Analysis and Policy Roadmap for Quality Improvement (2026), based on UDISE+ 2024–25 data, 93.8% of schools nationally had functional girls’ toilets. West Bengal reported 99.6%, while several other states also recorded near-universal coverage. The UDISE+ 2024–25 data also show that 99% of schools reported having functional drinking-water facilities. These figures indicate significant progress in improving access to essential school infrastructure. However, they do not necessarily establish whether water is available whenever students need it, whether it is safe to drink or whether the facilities are accessible to every child. This distinction is important. The figures do not need to be dismissed to recognise their limitations. A toilet may be present but have a faulty tap, inadequate privacy, poor maintenance or no running water. Similarly, a school may have a drinking-water facility that has not been tested recently or lacks clear procedures for dealing with contamination. Accessibility presents another concern. Standard facilities may be inadequate or impossible for children with disabilities to use. According to NITI Aayog’s analysis, only 33.4% of schools had functional toilets for children with special needs in 2024–25. This highlights a significant gap between the presence of infrastructure and its usability by all students. The statistics point to progress, but they cannot tell the entire story. A facility recorded as functional on paper must also work in practice. A field audit can help establish whether the conditions students encounter on the ground match the published figures. Why Water, Toilets and Menstrual Hygiene Must Be Examined Together? Water and sanitation are often discussed under separate administrative headings. For girls, however, these facilities are closely connected. A toilet without water cannot serve its purpose effectively. Without privacy and appropriate disposal facilities, it may fail to meet menstrual hygiene needs. Water shortages can also affect handwashing and cleanliness. If flooding or water damage forces a school to close, these challenges become even more pressing. UNICEF India’s guidance on school WASH—water, sanitation and hygiene—identifies clean, age-appropriate toilets, safe drinking water, handwashing facilities, menstrual hygiene management and regular maintenance as essential components of a healthy school environment. These facilities must be clean, functional and properly maintained to serve students effectively. India also has a National Menstrual Hygiene Policy for School-going Girls, approved by the Ministry of Health and Family Welfare in November 2024. The policy sets out objectives relating to menstrual product availability, gender-responsive facilities, safe disposal mechanisms and age-appropriate education. It also emphasises coordination between ministries rather than treating menstrual hygiene as an isolated issue. The policy provides a framework, but its effectiveness depends on implementation. Are menstrual products consistently available? Is there a private space where girls can change? Is water accessible? Can waste be disposed of safely? Is support available when a facility is out of order? Schools must also ensure that teachers are equipped to respond sensitively. A girl should not be embarrassed or penalised because she cannot manage her period due to a lack of water, an inaccessible toilet or inadequate facilities. These conditions cannot be assessed through policy documents alone. Even the presence of a sanitary-product vending machine does not guarantee that it is stocked or that students know how to use it. A proper audit must examine the entire system—from product availability and privacy to disposal, maintenance and staff training. If even one essential element is missing, girls may continue to face the same barriers. When Extreme Weather Turns Infrastructure Gaps into Climate Risks Hot weather can increase students’ need for drinking water, shaded spaces and adjustments to outdoor activities. Heavy rainfall and flooding can disrupt journeys to school, damage classrooms and lead to prolonged closures. UNICEF India’s Education on the Edge article, published in January 2025, discusses the effects of climate change on school attendance and learning, particularly among girls and marginalised communities. It highlights how floods, heatwaves and cyclones can interrupt education and undermine learning continuity. The impact can accumulate over time. Repeated weather-related closures may disrupt learning far more than an isolated missed school day, particularly when students struggle to catch up after classes resume. The scale of potential exposure is significant. According to UNICEF India’s Climate Change and Environmental Sustainability material, 55% of India’s nearly 472 million children are estimated to be at risk from multiple overlapping climate hazards, including heatwaves, drought and air pollution. This is not a direct estimate of how many children are affected by weather-related school closures. Rather, it indicates the scale of climate-related risks facing children and the systems responsible for their education. A climate-safe school therefore needs plans both to reduce the likelihood of disruption and to manage it when extreme weather makes closures unavoidable. Before an event, staff should know how to communicate weather alerts, which activities may need to be cancelled and who is responsible for decisions concerning student safety. During a flood or storm, evacuation procedures and communication with families become priorities. Once the immediate danger has passed, schools must determine how to resume classes, replace damaged materials and support students who have fallen behind. The National School Safety Policy Guidelines provide a starting point for school safety. However, procedures are effective only when staff understand them, students know how to respond and the necessary arrangements are in place. A field audit should therefore examine the school’s extreme-weather procedures, the resources available to implement them and the alternative learning arrangements that can be activated when classes must be suspended. Should Schools Close During Dangerous Weather or Keep Learning Going? This question requires a careful balance between educational continuity and student safety. Closing a school during dangerous weather may be the right decision. Keeping students in classrooms or requiring them to travel through flooded streets or dangerously high temperatures simply to avoid a closure can expose them to unnecessary risks. Learning continuity remains important, but schools cannot be expected to absorb the full impact of climate-related disasters. They cannot cancel classes indefinitely or ignore practical considerations such as examinations, staff availability and the condition of damaged buildings. School leaders must also manage the financial and logistical consequences of prolonged closures. They may need to balance repair work, water and sanitation supplies, staff availability, examination schedules and limited budgets. Some problems, such as inadequate drainage, flooded roads, disrupted water supplies and wider disaster management, fall partly or entirely within the responsibilities of local authorities. Recognising these constraints does not excuse poor maintenance. It acknowledges that climate-safe education requires coordination beyond the school gates. A field audit should examine whether clear closure and reopening procedures exist, whether students and staff can remain safe and whether the school has the resources needed to resume learning as soon as conditions allow. It should also consider the financial and administrative barriers that may prevent a school from implementing its plans. Learning continuity cannot simply mean shifting classes online. Some students may lack devices, reliable electricity or internet access, while online lessons may not meet every learner’s needs. Depending on the circumstances, printed materials, telephone support from teachers, community learning centres and flexible arrangements for submitting work may offer more practical alternatives. UNICEF India’s Education on the Edge article discusses the effects of climate-related school closures and points to low-tech and non-digital approaches, including community learning centres. The emphasis is on finding solutions that remain workable when resources and connectivity are limited. What Should a Proper School Audit Examine? The proposed investigation calls for a comparison of five schools across urban and rural settings, including government and private institutions. Each school should be assessed using the same core questions so that differences and similarities can be examined consistently. The first stage should involve a physical inspection of essential facilities. This includes drinking-water points, toilets, handwashing stations, menstrual hygiene arrangements, shaded areas and classroom ventilation. The inspection should establish whether facilities are working at the time of the visit, whether all students can access them and whether maintenance records support the school’s claims. Drinking-water safety deserves particular attention. Claims that water is safe should be checked against available water-testing records rather than inferred from the mere presence of a tap or storage tank. The second stage should involve reviewing relevant documents. These may include school safety procedures, heat and flood management plans, attendance records, maintenance logs, repair requests, infrastructure budgets and emergency-drill records, where available. These documents should be compared with on-site observations to determine whether the written procedures reflect actual conditions and account for the needs of all students, including children with disabilities. Attendance records must be interpreted carefully. Changes in attendance may be linked to weather, illness, transport difficulties or other factors. They should not automatically be attributed to inadequate toilets or water facilities. The investigation should examine the relevant time period and compare attendance patterns with weather records or school-closure data, where available. Further reporting should explore alternative explanations before drawing conclusions. The third stage should examine whether students can use school facilities without fear, discomfort or embarrassment. An anonymous feedback mechanism may reveal problems that a physical inspection cannot identify, including concerns about menstrual hygiene, accessibility and safety. Children’s privacy must remain central throughout this process. No student should be pressured to discuss personal experiences publicly, and names, photographs or other identifying details should not be published without appropriate safeguards. The investigation should present its findings in context. A single inspection cannot establish that an entire school is unsafe, but it can identify gaps, document specific problems and highlight areas for improvement. The focus should remain on how schools can protect girls’ dignity and support their education, where school-level responsibility lies and which barriers require action from local authorities or other institutions. A School Risk-and-Dignity Checklist for Principals Drinking water: Is safe drinking water available throughout the school day? Are water storage, cleaning and quality-checking procedures documented? Toilets: Are girls’ toilets clean, private and accessible to all students? Are water and basic hygiene facilities available? Menstrual hygiene: Are menstrual products, private changing spaces and safe disposal arrangements available and accessible? Can students seek assistance without stigma? Heat preparedness: Are drinking water, shaded areas, adequate ventilation and weather alerts available? Can outdoor activities be adjusted during extreme heat? Flood and emergency planning: Are evacuation procedures, safe dismissal arrangements, family communication systems and reopening plans in place? Accessibility: Can students with disabilities safely reach and use classrooms, toilets, drinking-water points and emergency exits? Learning continuity: If the school closes, are realistic online or offline learning options available? Do teachers have the resources and arrangements needed to support students? Maintenance and accountability: Are there procedures for inspecting, repairing and replacing facilities? Do staff understand emergency protocols? Are attendance patterns reviewed alongside relevant weather and closure records? The checklist should be reviewed and updated regularly, particularly after extreme weather events, infrastructure failures or changes in student needs. The goal is not simply to confirm that facilities exist, but to establish whether they are safe, accessible, functional and ready when students need them. Sources: United Nations — International Day of the Girl Child: https://www.un.org/en/observances/girl-child-dayOfficial date and 2026 theme.NITI Aayog — School Education System in India: A Temporal Analysis and Policy Roadmap for Quality Enhancement (2026): https://www.niti.gov.in/node/2288UDISE+ 2024–25 figures on functional girls’ toilets and accessible facilities.Ministry of Education — UDISE+ 2024–25 infrastructure tables: https://dsel.education.gov.in/sites/default/files/infocus/ext2425.pdfOfficial figures for drinking water, handwashing and accessibility infrastructure.National Health Mission — National Menstrual Hygiene Policy for School-Going Girls:https://www.nhm.gov.in/images/pdf/guidelines/index1.php?lang=1&level=3&lid=859&sublinkid=1531Policy framework for menstrual products, gender-responsive facilities, education and safe disposal.UNICEF India — Clean India, Clean Schools: https://www.unicef.org/india/what-we-do/clean-india-clean-schoolsSchool water, sanitation, handwashing, menstrual hygiene and maintenance guidance.UNICEF India — Education on the Edge: Battling Climate Change in India’s Classrooms (23 January 2025): https://www.unicef.org/india/blog/education-edge-battling-climate-change-indias-classroomsEvidence and analysis on climate-related school disruption and learning continuity.UNICEF India — Climate Change and Environmental Sustainability: https://www.unicef.org/india/what-we-do/climate-changeNational context on children’s exposure to overlapping climate risks.Government of India — National School Safety Policy Guidelines: https://dsel.education.gov.in/sites/default/files/rte/Guidelines_feb.pdfFramework for school safety, disaster preparedness and education continuity. ...Read more

09 Oct 2026

9 October 2026 | Kolkata Can ordinary bird observations become reliable evidence of ecological change in Kolkata's wetlands? SummaryEast Kolkata Wetlands is not simply a birding destination. Its wetlands, sewage-fed fisheries, agricultural plots and surrounding communities form a working ecological system that supports livelihoods, treats wastewater and provides important habitat for waterbirds.World Migratory Bird Day 2026 places citizen science at the centre of bird conservation with the theme “Every Bird Counts – Your Observations Matter!” The question for Kolkata is more practical: can repeated observations by birders, fishers, residents and researchers become a reliable local evidence system for tracking changes in wetland health?The answer depends not on how many photographs are uploaded, but on whether observations are made consistently, verified properly and connected to habitat conditions. Can citizens turn birdwatching into evidence of a wetland under pressure? A single sighting is interesting. A year of comparable sightings can become evidence. That distinction matters. The East Kolkata Wetlands Management Authority's management plan already recommends coordinated monitoring of waterbirds at major congregation sites, including mid-winter counts using Asian Waterbird Census protocols. It also calls for information on habitat structure, seasonal abundance and changes in prey so that population estimates and trends can inform management. The challenge, therefore, is not to invent citizen science. It is to make existing public observation more systematic, repeatable and useful. EAST KOLKATA'S BIRDS ARE PART OF A MUCH LARGER SYSTEM The East Kolkata Wetlands cover about 12,500 hectares and include nearly 254 sewage-fed fisheries across 37 mouzas, alongside agricultural areas and other land uses. That makes the wetlands unusual. Their ecological value is tied directly to human activity. Wastewater supports fish production. Wetland processes support agriculture. Open water and vegetation provide habitat. The landscape also contributes to flood buffering. Birds sit inside this system. They respond to water availability, vegetation, food, disturbance and changes in habitat. That makes them potentially useful ecological indicators. But a bird count alone cannot explain why numbers change. A lower count could mean fewer birds. It could also mean a different survey time, poorer visibility, disturbance, altered water levels or a change in where birds are feeding. That is why the method matters as much as the number. THE DATA ALREADY CARRIES A WARNING The EKW management plan records 267 bird species documented since 1964, including 93 waterbird species, of which 36 were identified as migratory. But historical records also show a changing picture. The management plan notes that while 248 species were recorded during an early Zoological Survey of India survey between 1964 and 1969, only 162 species had been variably recorded during the following decades. It also identifies species that had not been recorded after earlier surveys. These historical comparisons should not automatically be treated as proof of local extinction. Survey effort, habitat and recording practices changed over time. But they do establish something important: there is enough historical variation to justify better monitoring. The question is whether today's observations can be structured well enough to create a dependable baseline for tomorrow. WHAT SHOULD A CITIZEN COUNT? Not just birds. A useful monthly observation should record: date and time;location or designated survey zone;species observed;number of individuals;duration of observation;approximate distance or route covered;habitat type;visible disturbance;photographs or audio where possible. This is the difference between a sighting and a dataset. A photograph uploaded with no location, time or effort information may be useful for identification. A standardised observation repeated at the same site every month can reveal something much more valuable: change. FROM SIGHTING TO DATASET Observation → Date + Time → Location → Effort → Species → Count → Habitat → Disturbance → Verification → Monthly trend A simple visual explaining why standardised observations are more valuable than isolated bird photographs. ONE BIRD COUNT IS A SIGHTING. TWELVE ARE A DATASET. This is where citizen science becomes analytically useful. Suppose a group records birds at the same wetland zone every month for a year. The project can begin asking better questions: Are winter migrants arriving at roughly the same time? Are particular species becoming less frequent? Are bird numbers changing with water levels? Does disturbance correspond with changes in observations? Are certain habitat zones consistently richer than others? The point is not to force a conclusion from the first few months. It is to build a time series. World Migratory Bird Day's 2026 campaign explicitly highlights community science because repeated observations from large numbers of people can contribute to understanding migration, population trends and important habitats. The International Waterbird Census, which marks its 60th anniversary in 2026, demonstrates the value of long-running volunteer-based monitoring.  AND THE FISHERS MUST BE PART OF THE COUNT There is another reason not to make this a project only for birders. East Kolkata Wetlands are working wetlands. Fishers, farmers and other local users experience changes in water, vegetation, fish availability, access and disturbance directly. A birder may record fewer birds at a pond. A fisher may know that the water level changed, vegetation was cleared or fish availability shifted. Neither observation should automatically replace the other. They should be read together. This is particularly important because the wetlands' ecological value is inseparable from the livelihoods built around them. A citizen-monitoring project that treats local communities merely as subjects of observation would reproduce the very gap it is trying to close. THE COMPETING VIEW: CAN CITIZEN COUNTS REALLY BE TRUSTED? Yes — but only within limits. Citizen observations can be powerful because they generate information across large areas and over long periods. But they can also contain identification errors, duplicate observations and inconsistent effort. One experienced birder may identify a species confidently. A first-time observer may not. One survey may last 90 minutes. Another may last ten. One observer may systematically cover open water. Another may remain near the road. These differences can distort comparisons. The solution is not to exclude citizens. It is to standardise participation. Training, fixed survey zones, clear protocols, moderation and uncertainty labels can turn public participation into usable evidence. That is also why the proposed project should not claim that every observation is automatically verified. A SECOND WETLAND PROVIDES THE COMPARISON East Kolkata Wetlands should not be studied in isolation. A second eastern-India wetland can provide a comparative lens. Chilika Lagoon in Odisha is particularly useful because its authorities maintain formal biodiversity and bird-monitoring systems and completed a 2026 bird estimation exercise. Official Chilika information reports a 2026 bird count of about 1.13 million birds, reinforcing the lagoon's importance as a major wintering habitat. The purpose of comparison is not to rank Kolkata against Chilika. It is to ask a more useful question: What does good wetland monitoring look like when it is repeated at scale? Different wetlands have different ecological systems, so raw bird numbers should never be compared without accounting for habitat, area, survey effort and species composition. WHY THE MONTHLY COUNT SHOULD MEASURE HABITAT TOO A bird-counting project can fail if it records birds but ignores the landscape around them. Every monthly count should therefore include a short habitat checklist: Water: high / normal / lowVegetation: intact / changed / clearedHuman disturbance: low / moderate / highFishing activity: low / moderate / highConstruction or land-use change: observed / not observedPollution indicators: observed / not observedBirding pressure: low / moderate / high This does not turn citizens into hydrologists or ecologists. It simply creates context. If bird numbers change, the dataset may then offer clues about what else changed at the same location. THE MONTHLY WETLAND SCORECARD A simple dashboard showing: Bird count | Migratory species | Water level | Habitat condition | Disturbance | Pollution observations The visual should clearly state: “Citizen observations — not independently verified scientific measurements.” THE PROJECT NEEDS MODERATION, NOT JUST PARTICIPATION The easiest mistake would be to create another online form that accumulates thousands of photographs but produces little usable information. A serious citizen-monitoring programme needs an editorial protocol. Every observation should be classified as: Verified / Probable / Uncertain / Rejected Sensitive information must also be protected. Exact nesting locations or locations of threatened species should not be publicly disclosed if publication could increase disturbance or exploitation. The project should also distinguish between: what was observed, what was reported, what was verified and what is inferred. That distinction is essential if the resulting dataset is ever used in policy discussions. WHAT WOULD MAKE THE DATA GENUINELY USEFUL? Five conditions would make the project considerably stronger. 1. Consistency The same sites should be monitored using comparable effort. 2. Continuity The project should run monthly rather than only around World Migratory Bird Day. 3. Verification Uncertain records should be reviewed rather than silently accepted. 4. Context Bird observations should be accompanied by basic habitat and disturbance information. 5. Transparency The public should be able to understand how the data was collected and what its limitations are. The East Kolkata Wetlands management plan already provides a useful institutional foundation by recommending coordinated waterbird monitoring, participant training and collection of habitat and seasonal abundance information. The citizen project can build on that framework rather than operate separately from it. THE DOCUMENTARY EVIDENCE MUST SIT BEHIND THE BIRDS The strongest story will not come from photographs alone. The reporting file should seek: dated citizen observations;survey effort and route information;historical bird records;Asian Waterbird Census data where available;EKWMA monitoring records;current satellite imagery where land-use change is being examined;habitat observations;water-quality information where relevant;notices or official records relating to wetland management;interviews with birders and wetland users;responses from EKWMA and relevant government authorities. The evidence should then be compared. If citizens report fewer birds at a location, the next question should be: What else changed there? That is where the story moves from birdwatching to environmental journalism. THE EVIDENCE CHAIN Citizen observation → Verification → Habitat context → Historical comparison → Authority records → Independent analysis → Conservation action The visual should make clear that a citizen observation is the starting point, not automatically the final conclusion. WHAT SHOULD AUTHORITIES BE ASKED? A citizen-monitoring programme should ultimately lead to institutional questions. For example: Does EKWMA have a current baseline for waterbird populations across major wetland zones? How frequently are bird populations formally monitored? Are citizen observations incorporated into management decisions? Which wetland habitats are showing measurable change? How are disturbance and land-use changes being recorded? What information is publicly available? These questions turn a public activity into an accountability mechanism. THE REAL QUESTION IS NOT WHETHER CITIZENS CAN COUNT BIRDS They clearly can. The harder question is whether institutions, researchers and communities can build a system in which those observations become credible evidence over time. That requires more than enthusiasm. It requires methodology. It requires moderation. It requires data continuity. And it requires authorities to actually use the information once it exists. The 2026 World Migratory Bird Day campaign is built around precisely this principle: observations become valuable when they contribute to the knowledge required for conservation. (CMS) For East Kolkata Wetlands, that principle could be tested locally. A birder with binoculars. A fisher watching a familiar pond. A student recording birds from the edge of a wetland. A researcher checking the trend. An authority responding to the evidence. That is how a collection of observations becomes an environmental record. THE FIRST COUNT SHOULD NOT BE THE LAST World Migratory Bird Day can generate attention for a day. The real opportunity is to use that attention to establish a monthly monitoring habit. The first count can provide a baseline. The second can provide comparison. The sixth can begin showing a pattern. The twelfth can start answering questions. And after several years, the dataset may tell us something that photographs alone cannot: how the wetland is changing. That is ultimately the test. Not how many people participated. Not how many photographs were uploaded. Not how many species were listed once. But whether repeated observations can reveal ecological change early enough for communities and institutions to act. Every bird counts. But every observation must count for something. READER ACTION: MONTHLY WETLAND BIRD COUNT Record: Date and timeWetland / survey zoneSpeciesNumber of birdsObservation durationHabitat conditionDisturbancePhoto/audio evidence Do not publish exact nesting locations or sensitive threatened-species coordinates. Uncertain observations should be labelled as uncertain rather than presented as verified records. The proposed series can begin around World Migratory Bird Day and continue as a monthly, moderated citizen-science initiative. SOURCES World Migratory Bird Day 2026 — Official campaignhttps://www.worldmigratorybirdday.org/ (worldmigratorybirdday.org)Convention on Migratory Species — World Migratory Bird Day 2026https://www.cms.int/news/2026017-world-migratory-bird-day-2026-10-october-2026 (CMS)WMBD 2026 Campaign Toolkithttps://www.worldmigratorybirdday.org/assets/files/WMBD_2026_Campaign_Toolkit_en.pdf (worldmigratorybirdday.org)East Kolkata Wetlands Management Authorityhttps://ekwma.wb.gov.in/East Kolkata Wetlands Integrated Management Plan 2021–2026https://ekwma.in/ek/wp-content/uploads/2021/08/Integrated-Management-Plan-of-East-Kolkata-Wetlands-2021-2026.pdfRamsar — East Calcutta Wetlandshttps://www.ramsar.org/Chilika Development Authority — Ecology & Biodiversityhttps://www.chilika.com/chilika-ecology-and-biodiversity.phpNature Environment & Wildlife Society — Bird Meet 2026https://naturewildlife.org/event/eBird Science — Data and Methodologyhttps://science.ebird.org/ ...Read more

09 Oct 2026

9 October, 2026 | Kolkata Cotton is natural, familiar and widely used - but that does not automatically make every cotton shirt environmentally responsible. World Cotton Day highlights the need to look beyond sustainability labels and examine the water use, chemical management, farmer earnings, fabric quality and supply-chain transparency behind cotton clothing, especially when making festive purchases. SummaryIndia’s cotton industry supports farmers, textile workers and export businesses. But a shirt’s sustainability depends on more than its fibre label. Water availability, pesticide use, textile processing, durability, organic certification and the income farmers retain all matter. Following World Cotton Day on 7 October, the question is whether brands can prove their sustainability claims from the farm to the finished garment. If cotton is natural, what makes a cotton shirt sustainable? World Cotton Day, observed every year on 7 October, recognises cotton’s role in livelihoods, trade and the global textile industry. The 2026 observance highlighted the theme “Cotton for Good: Building Prosperity Through Trade, Transformation and Partnership”, placing economic opportunity and sustainability within the same conversation.  But the conversation should not end with celebrating cotton as a natural fibre. It should also ask how it is grown, how much water and how many chemicals are involved, whether farmers earn enough, and what happens when the fibre reaches textile factories. These questions matter when consumers begin buying clothes for Durga Puja, Deepawali and other festive occasions. A label may describe a shirt as cotton, organic or sustainably sourced, but each term tells us something different. None of them automatically proves that the entire garment has a low environmental footprint. The Food and Agriculture Organization (FAO) identifies cotton as an important source of income and employment for millions of smallholders and people across the textile value chain. Cotton also competes with fibres such as polyester, while manufacturers face pressure to control costs and meet buyers’ quality requirements. Sustainability therefore involves environmental protection, economic viability and the livelihoods of people who grow and process the crop.  The Hidden Water Cost of Your Cotton ShirtCotton is often criticised for its high water requirements, but its impact varies depending on where and how it is grown. Rain-fed cotton, irrigated cotton and cotton cultivated under different soil and weather conditions cannot be treated as though they have the same water footprint. A 2025 study of cotton production in central India examined water use, runoff and soil loss under rain-fed and drip-irrigated conditions between 2019 and 2022. The researchers reported that 51% of the average annual rainfall during the study period was lost through runoff. They estimated crop water use at 541 millimetres under rain-fed conditions and 624 millimetres under drip irrigation. The study also found that drip irrigation improved lint yield and reduced the calculated water footprint compared with the rain-fed system examined. These findings highlight why local conditions and the methods used to measure water consumption matter. However, they should not be treated as representative measurements for every cotton farm in Vidarbha. For this investigation, the reporting must trace the cotton back to where it was grown and establish whether the farm relied on rainfall, groundwater, canal water or another source. Farm records, irrigation details, local rainfall data and water-stress assessments can help provide this context. If a brand claims that its cotton uses less water, it should clearly explain the method, assessment boundary and comparison behind that claim. The investigation must also follow the material beyond the farm. Ginning separates cotton fibres from seeds, spinning turns the fibres into yarn, and weaving or knitting converts the yarn into fabric. Dyeing, washing and finishing can require additional water and chemicals. Therefore, lower water use during cultivation does not automatically mean that the finished shirt has a lower overall environmental footprint. Organic cotton: does certification tell the whole story? Organic certification can provide useful evidence about how cotton was grown under a defined standard. It helps buyers distinguish certified material from cotton for which an equivalent claim has not been demonstrated. India has a voluntary Standard for Chain of Custody for Indian Organic Fibres and Products, introduced under the National Programme for Organic Production. The system sets requirements for certified fibre, processing, handling and documentation, including transaction certificates for consignments moving through different processing units. It is designed to help maintain the integrity of organic material as it moves through the supply chain.  However, certification should not be treated as proof of every environmental benefit a brand might claim. A certificate does not automatically establish the water footprint of a finished shirt, the full chemical profile of its processing, its durability or the income received by the farmer. A 2025 systematic review of 20 cotton life-cycle assessment studies highlights why the distinction matters. The review found that organic cotton farming could have lower environmental impacts per unit of cultivated area, but higher impacts per unit of cotton mass in some comparisons, partly because organic systems may produce lower yields. The result depends on the measurement unit, farming conditions and impact being assessed. The review also identifies processing and consumer care, including washing and drying, as important parts of the wider lifecycle.  This does not mean organic cotton is inherently worse or that certification is unhelpful. It means that a single label cannot answer every question. Certification specialists may argue that standards and audits provide a practical foundation for accountability. Brands may point to certification as a way to manage complex supply chains. But maintaining records and separate material flows can involve costs, particularly for smaller suppliers. The reporting should examine what certification proves, what it leaves unmeasured and whether its requirements are practical for farmers and businesses. The key question is whether the claim on the garment is supported by the relevant records - and whether the brand explains the limits of that claim. Pesticides and farmer income: who bears the cost of cotton? Cotton farmers must manage pests, weeds, unpredictable weather and production costs. Their decisions are shaped by available advice, labour, seeds, inputs and reliable buyers. Reporting on pesticide use must recognise these pressures rather than treating farmers as the sole cause of environmental harm. Pesticide use can create risks for farm workers, nearby communities, soil and water when products are applied or handled improperly. Yet pesticide runoff at a particular location must be established through appropriate sampling and testing, not inferred from the mere presence of cotton cultivation. Research offers evidence that alternative approaches can be worth examining. A field study conducted during the 2022–2024 rainy seasons in Khandwa district, Madhya Pradesh, evaluated integrated pest management in Bt cotton. It reported a 46.55% reduction in pesticide sprays, a 25.38% increase in seed-cotton yield and net returns more than 56% higher than under the farmers’ usual practices. The findings support further investigation of integrated pest management, but they do not establish that the same outcomes have already been achieved across Vidarbha.  For farmers, however, the question is not simply whether a method is environmentally preferable. It must also be practical and financially viable. An alternative may require new equipment, training, additional labour or different timing. Farmers need to know whether the expected benefits outweigh those costs and whether buyers will reward the effort. This is why farmer net returns deserve particular attention. A higher selling price does not necessarily mean a higher profit. Seed, fertiliser, pesticide, irrigation, labour, transport, interest and other costs affect what remains after harvest. The investigation should compare production costs with sale receipts and, where possible, payments under procurement arrangements. It should ask whether certified cotton earns a premium, whether that premium reaches the farmer after intermediary costs, and whether growers face additional expenses to meet sourcing requirements. A brand may describe its sourcing as responsible, but the claim means little economically if the farmer cannot demonstrate a fair or reliable return. Equally, a sourcing programme should not be dismissed simply because it has documentation costs. The relevant question is whether the arrangement provides verifiable environmental and livelihood benefits, and who bears the cost of achieving them. From Vidarbha to the export house Cotton may pass through several businesses before it becomes a shirt. It can be sold to a ginner, processed into fibre, spun into yarn, woven or knitted into fabric, dyed and finished, cut and stitched into a garment, and then supplied to a retailer or export house. At each stage, material may be combined, processed or transferred to another operator. This makes chain-of-custody evidence central to claims that a garment contains cotton from a particular farm, region or certified source. India’s Kasturi Cotton Bharat programme is one example of an effort to strengthen traceability and certification. A Ministry of Textiles backgrounder reported that, as of 30 June 2026, 3,29,550 bales had been certified under the programme and 116 units had renewed registration. The initiative describes QR-based certification and blockchain technology as part of its traceability approach. These figures show activity within the programme; they do not prove that any particular retail shirt contains cotton from a named farm. Product-level claims require product-level evidence.  For this story, the evidence trail should connect the farm or producer group to the ginner, spinner, fabric maker, processor, garment manufacturer and exporter. Purchase orders, invoices, batch identifiers, processing records, certification documents and transaction records can help establish whether the material remained traceable through these stages. It is also important to distinguish physical traceability from systems that reconcile certified inputs and outputs through records. A company must explain which system it uses and what that system proves. A certificate may establish compliance with a particular standard, but it should not be presented as proof of every environmental or social benefit. Different stakeholders may judge the same sourcing system differently. Exporters may prioritise consistent quality, timely delivery and competitive pricing. Weavers may focus on yarn quality, fabric performance and reliable supply. Farmers may be concerned with crop risks, production costs and the price received. Certification specialists may emphasise standards, documentation and auditability. These priorities can overlap, but they can also conflict. Stronger traceability may improve accountability while increasing administrative costs. A sustainability premium may help farmers, but only if it is passed through transparently. A certified material may satisfy a buyer’s sourcing requirements without establishing that every stage of processing has a lower environmental impact. The reporting should test these competing perspectives against documents and evidence rather than assuming that either a certificate or a criticism settles the question. Blends, Durability and the Clothes We Keep The fibre content of a shirt is another important part of its sustainability profile. A garment marketed as cotton may contain a blend of different fibres, making its exact composition important. Blended fabrics can offer practical benefits, including stretch, better shape retention and reduced creasing. However, their environmental impact depends on the materials used, how the garment is constructed, how long it lasts, how it must be cared for and what options are available when it reaches the end of its useful life. Cotton is not automatically the best choice for every purpose, just as a synthetic blend is not automatically the worst. A meaningful comparison must consider what the garment is designed to do, how long it is likely to last, how frequently it will be worn and what happens when it is no longer usable. Durability deserves greater attention during festive shopping. A shirt that is worn repeatedly and repaired when needed may offer better value than one that loses its shape, tears or is discarded after only a few uses. However, durability claims should also be examined rather than accepted at face value. Fabric specifications, seam strength, shrinkage, colourfastness, care instructions and repair options can all help indicate how well a garment is likely to last. The same scrutiny should apply to claims about recycled content or easy recyclability. A fabric’s composition can determine how easily its fibres can be separated and recovered. Consumers should not assume that a blended garment can be recycled simply because one of its materials is recyclable on its own. The wider life cycle matters too. A garment’s environmental footprint extends beyond cotton cultivation. Processing, manufacturing, transport, washing, drying, repair and disposal all contribute to its overall impact. A 2025 systematic review of cotton life-cycle assessments highlights the importance of examining these stages together rather than judging sustainability by the raw material alone. What Should Shoppers Ask Before Buying Festive Clothes? Consumers cannot inspect an entire supply chain while shopping, but they can ask more informed questions: What is the exact fibre composition? Check whether the garment is made from pure cotton or a blend of different fibres.Is the organic or sustainability claim certified? Look for a valid certificate and understand what it actually covers.Can the brand explain its sourcing? Ask whether the cotton can be traced from the farm to the finished garment.What is known about water and chemical management? Look for specific evidence rather than broad environmental promises.Is the garment built to last? Consider the fabric quality, stitching, care instructions and availability of repair options.Does the company explain the returns to farmers? Responsible-sourcing claims should not overlook the economic realities faced by growers.What happens when the garment is no longer usable? Check whether repair, reuse or recycling options are realistically available. Brands should explain the scope of their sustainability claims in clear, accessible language. Where supporting evidence is unavailable, that limitation should be acknowledged rather than concealed behind terms such as “green”, “natural” or “conscious”. For businesses, stronger traceability can be more than a compliance exercise. Reliable records can help identify supply-chain risks, respond to buyer requirements and distinguish documented performance from marketing claims. However, the cost of certification and documentation also matters. A credible sourcing model should consider whether smaller farmers and suppliers can participate without facing a disproportionate financial or administrative burden. Following World Cotton Day, the central lesson is clear: cotton may be natural, but its sustainability must be demonstrated. It depends on how the crop is grown, how farmers and workers are treated, how the material is processed, how long the garment lasts and whether its environmental claims can be verified. The next time a shirt carries a sustainability label, the most useful question is not simply what the label says. It is what evidence stands behind it.Sources FAO — Cotton: Markets and Trade. Background on cotton’s role in livelihoods, employment, trade and competition with other fibres. https://www.fao.org/markets-and-trade/commodities-overview/fibres/enFAO — World Cotton Day, 7 October. Background on the annual observance and the 2026 theme, Cotton for Good: Building Prosperity Through Trade, Transformation and Partnership. https://www.fao.org/world-cotton-day/world-cotton-day-7-october/3/enAPEDA / National Programme for Organic Production — Chain of Custody for Indian Organic Fibres and Products. Requirements for certified organic fibre and supply-chain documentation. https://npop.apeda.gov.in/sites/default/files/announcements/Notifications_organic_textiles_1402202011032020.pdfVitale et al., Journal of Agriculture and Food Research (2025) — “Environmental sustainability of cotton: a systematic literature review of life cycle assessments.” Review of environmental impacts across cotton cultivation, processing and use. https://doi.org/10.1016/j.jafr.2025.102069Bhargavi, Blaise and Nalayini, Cleaner Water (2025) — “Water footprint, runoff and soil loss assessment of cotton production in central India.” Study of rain-fed and drip-irrigated cotton under the conditions examined. https://www.sciencedirect.com/science/article/pii/S2950263225000572Kumar et al., The Indian Journal of Agricultural Sciences — “Field validation of integrated pest management strategy in Bt cotton under farmers’ participatory mode in central India.” Study of integrated pest management in Khandwa, Madhya Pradesh, during the 2022–2024 rainy seasons. https://epubs.icar.org.in/index.php/IJAgS/article/view/168748Press Information Bureau, Ministry of Textiles (2026) — Kasturi Cotton Bharat programme background. Programme information and certification figures reported as of 30 June 2026. https://www.pib.gov.in/PressReleasePage.aspx?PRID=2286497 ...Read more