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The Lead: Community Victory Against Corporate Water ExtractionWhen a severe drought struck La Calera near Bogotá, residents faced up to 15 days of strict water rationing each month while the Chingaza reservoir supplying 70% of Colombia's capital water sat at just 15% capacity. Yet a subsidiary of Coca-Cola Femsa continued extracting water to sell as bottled spring water. This injustice sparked a remarkable community campaign that resulted in a rare environmental victory in Latin America: the company's water concession was slashed to the lowest level since it began in the 1980s.The Drought Crisis: Water Scarcity in a Water-Rich RegionLa Calera, located in the Chingaza national park, is historically an area abundant in water. However, the 2023-2024 period brought one of the five strongest El Niño events on record, depleting the reservoir system to unprecedented levels. Despite being in a water-rich area, residents lost access to drinking water, faced cooking challenges, and struggled with farming as the drought stretched from April 2024 to April 2025.With rationing becoming the norm, people began questioning why they had to conserve while others seemed exempt. "With rationing, people started to reflect a bit about where the water was coming from: 'Why is there no water in my house, if we always had it on tap?'" says Javier Cifuentes, a local councillor and water rights campaigner.Corporate Water Privilege: Coca-Cola's Preferential TreatmentInvestigation revealed that Indega, a subsidiary of Coca-Cola Femsa—the world's largest Coca-Cola bottler—enjoyed privileged access to water during the crisis. The company continued filling thousands of water bottles daily to sell under the popular Agua Manantial spring water brand across Colombia.More troubling was the financial disparity: Coca-Cola's subsidiary paid just 120 pesos for a cubic meter of water to pump and sell, while households in La Calera were charged between 697 and 3,720 pesos (15p-78p), depending on their income. "This is a multinational company that has been extracting resources for 40 years practically without paying for them," says Alexander Hernández, a local resident.Community Mobilization: Grassroots Resistance Against Corporate PowerOutrage over Indega's water usage quickly turned to organized action. Community members united to oppose the company's request to renew its concession ahead of its December 2024 expiration date. With the help of Cajar, a legal non-profit organization, local leaders became formal parties in the concession's renewal process.The campaign was not without risks. Activists faced intimidation, abuse, and even death threats. "They asked us – the people – to ration water but not the companies," Hernández notes, highlighting the perceived injustice that fueled the movement.Herminia Cristancho, who heads the female-led Association of Hamlets in La Calera, has witnessed decades of corporate water extraction in the region. "They stay until they wipe out everything, then they leave and find a new victim in another country," she says. "They don't care about the state in which they leave us."Legal Victory: Historic Concession ReductionAfter more than a year and a half of activism, the community achieved a remarkable outcome. In April 2025, local authorities slashed Indega's water concession to the lowest level since the 1980s. This victory was secured through persistent legal challenges, public advocacy, and community organizing.The success was particularly significant given that Colombian law allowed Cristancho to access hundreds of documents related to Coca-Cola Femsa's water use and petition the regional autonomous corporation (CAR)—the local government body managing water concessions—to hold public meetings. Community leaders spent countless hours analyzing complex legal documents and building their case.Broader Implications: Setting a Precedent for Environmental JusticeLa Calera's victory against a multinational corporation sets an important precedent for environmental justice in Latin America and beyond. The case demonstrates how communities can successfully challenge corporate privilege when it conflicts with basic human needs, particularly in the face of climate-exacerbated water scarcity.As global heating intensifies extreme weather patterns like El Niño, similar conflicts over water resources are likely to increase. The La Calera case offers a blueprint for how communities can organize, leverage legal frameworks, and achieve tangible results against powerful corporate interests."This is what I was born for," Cifuentes reflects on the victory that came at great personal cost but secured essential water rights for his community. The success in La Calera may inspire other water-stressed communities to examine their own resource management and challenge corporate practices that prioritize profit over people.

Executive Summary: The Looming Gap in AMOC ObservationThe Atlantic Meridional Overturning Circulation (AMOC) is a planetary‑scale ocean current that regulates Europe’s climate. Recent policy decisions in the US and funding uncertainties in Europe jeopardise the only systematic monitoring program, raising the risk that a rapid AMOC weakening—or even collapse—could make climate change ten times faster than today.Policy Shifts Undermining Atlantic Meridional Overturning Circulation MonitoringUS budget proposals under the Trump administration aim to slash funding for NASA, NOAA and NSF, agencies that together provide roughly 50 % of the global AMOC monitoring budget. The latest "descoping" of the Ocean Observing Initiative threatens to discontinue key observing platforms. In Europe, the newly announced OceanEye programme has earmarked €50 m for ocean observations, but the initiative will not be operational before existing research vessels—still needed for current measurements—are fully financed.Financial Snapshot: €25 m Annual Cost vs. Funding CutsAnnual cost of the full AMOC monitoring network is about €25 m.EU’s OceanEye investment: €50 m for future capacity.US agencies contribute roughly half of the current monitoring budget; proposed cuts could remove that share.For context, Europe spends €1 bn on asteroid detection—an expense far larger than the modest AMOC budget.Why a Weakening or Collapse Would Accelerate Europe’s Climate CrisisModel projections show that a significant AMOC slowdown would reshape weather patterns, raise sea levels along European coasts, and increase the frequency of extreme storms. In a collapse scenario, climate change could progress up to 10 times faster than under current trajectories, threatening agriculture, infrastructure, health systems and migration patterns.Future Outlook: Building a Resilient International Funding ModelExperts Penny Holliday, Femke de Jong and Sjoerd Groeskamp call for an urgent, coordinated international funding strategy. By allocating as little as five cents per EU citizen per year, the continent could secure continuous, open‑access AMOC observations, providing the data needed to inform adaptation policies and avert the worst outcomes of a potential collapse.

The Looming Threat of a 'Super' El Niño A powerful, or “super” El Niño – marked by 2C (3.6F) or greater increase in sea surface temperatures – is now highly probable for this year, lasting into 2027. Weakened trade winds allow warm surface waters to spread across the central and eastern Pacific. This disrupts ocean circulation and alters weather patterns worldwide. Exacerbating Global Economic Inequality El Niño is intensifying an already unequal global economy. Food insecurity is not simply a climatic problem, but rooted in dependency and global market integration, while climate shocks expose how supply chains push risk on to the world’s poorest populations. 10 Potential Worst-Case Scenarios What follows are 10 potential worst-case scenarios – impacts that will not be evenly felt but disproportionately borne by poorer farmers and workers. Drought Drought hits rain-fed agricultural regions particularly hard. In parts of sub-Saharan Africa grain yields often fall during and following El Niño’s, increasing import dependence and raising food prices. Shock to global food supply chains Globally, there is a heightened risk of a shock to global food supply chains. Four crops – wheat, rice, maize and soybeans – provide more than 60% of the world’s calorie intake. Wildfire risk El Niño can heighten wildfire risk in some regions. In South America, it often reduces wet‑season rainfall, leaving vegetation drier and more fire‑prone; severe fires in Brazil in 2016 and 2024 burned millions of hectares. Excess rainfall Parts of the southern United States and South America, the Horn of Africa and central Asia often experience excess rainfall during El Niño, leading to flooding. Increased coal consumption Greater heat can increase already high levels of coal consumption in parts of the world. El Niño brings above-average temperatures and intensifies prolonged heatwaves in south Asia by weakening monsoon rains, which increases demand for air conditioning. Coal-based power systems in Asia supply about 70% of electricity in India and approximately 55% in China. Grid failure risk Drought also affects hydropower generation, increasing risk of grid failures. Colombia, for example, relies upon hydropower for about 65% of its energy generation. Declining fish stocks El Niño stops cool water upwelling in parts of the Pacific, limiting nutrient availability for phytoplankton and leaving small fish such as anchovies and sardines without enough food. Heightened geopolitical tensions over critical agricultural inputs More extreme weather could exacerbate geopolitical tensions. Rising temperatures reduce crop fertility and farmers often respond by applying more fertilizers. Higher rates of heat illness All these dynamics affect societies unequally. Workers exposed to heat stress face heightened health risks, particularly in physically demanding jobs such as agriculture and construction. Civil conflict Reduced crop yields and weakened economies often intensify social tensions. The likelihood of civil conflict in affected tropical countries can double during El Niño years. The Way Forward There is also extensive knowledge on building resilient agricultural systems that can generate food security while contributing to ecosystem restoration. But again, breaking out of an export-orientated, chemically intensive agricultural system will take large-scale political transformations.

The Shift to Agricultural Entrepreneurship In Kericho County, Kenya, Chepkorir Rotich, a 33-year-old mother of two, has turned to farming as a way to earn a living. After graduating from college, she struggled to find a job in the formal employment sector and eventually took up contract work. However, she found that farming was a more lucrative and fulfilling career path. Farming with Code: AI Reshaping Rural Agriculture Rotich and other young farmers like Geoffrey Kiprop are using AI tools to improve their agricultural practices. Kiprop, a 32-year-old IT graduate, uses apps like Plantix and Virtual Agronomist to manage his crops and livestock. These tools help him detect crop diseases, predict weather patterns, and optimize his farming practices. The Rise of Digital Agriculture Young farmers are using social media to market their produce and share knowledge with others. AI tools are being used to improve crop yields, detect diseases, and optimize farming practices. The use of digital skills is becoming increasingly important in agriculture. The Future of Agriculture in Kenya Experts believe that young people like Rotich and Kiprop are the future of agriculture in Kenya. With the help of AI tools and digital skills, they are able to increase their productivity and earnings. However, they also face challenges such as access to land, funding, and markets. Conclusion The story of Rotich and Kiprop highlights the potential of AI tools and digital skills in transforming agriculture in Kenya. As the country continues to face challenges in the job market, farming is becoming an increasingly attractive career path for young people.

The Uncharted Frontier Beneath the WavesThe deep ocean, defined as waters deeper than 200 metres, covers approximately 66% of the Earth's surface. Despite its vastness, it remains one of the least studied environments on the planet. Recent technological advancements, driven largely by the search for missing aircraft, have begun to peel back the layers of this midnight world, revealing a complex and alien ecosystem that plays a pivotal role in planetary health.The 'Lost World' Revealed by the MH370 SearchThe search for Malaysian Airlines flight 370 inadvertently provided humanity with the most detailed map of the southern Indian Ocean floor to date. Over three years, a multinational team scanned a swath of ocean roughly 1,500 miles long and 150 miles wide. This mapping effort uncovered a 'lost world' featuring undersea canyons, volcanic plateaux, and a single, enormous cliff taller than the Swiss Alps.Mapping Milestones: The scans revealed previously uncharted hills on abyssal plains, challenging the assumption that these areas were the flattest on the planet.Biodiversity Boom: Scientific expeditions have since identified over 1,100 new marine species, including the 'ping-pong ball sponge,' a ghost shark, and a mysterious pink jellyfish resembling a 'tiny jet plane.'The Ocean's Role as the Planet's ThermostatThe deep ocean is not merely a biological curiosity; it is the engine of global climate stability. It functions as the planet's thermostat by storing immense amounts of heat and driving the circulation of water vapour that creates weather patterns.Climate Regulation: The oceans absorb roughly 30% of the carbon dioxide we emit into the atmosphere.Oxygen Production: They generate 80% of the Earth's oxygen, though half of this remains within the ocean itself.Biomass Dominance: The twilight zone (200–1,000 metres) hosts numbers of fish in the quadrillions, with the bristlemouth being the single most abundant vertebrate on Earth.The Looming Threat of Deep-Sea MiningWhile the deep ocean remains mostly untouched by commercial fishing, it is on the cusp of industrial exploitation. The push for metals needed for batteries and microchips threatens to destroy the world's largest and strangest ecosystem before we have a chance to understand it.Historical Context: The 'azoic' theory (lifelessness below 550 metres) was debunked by the Challenger expedition (1872–1876), which also mapped ocean depths.Modern Exploration: Early pioneers like William Beebe used bathyspheres to witness bioluminescent creatures in the 1930s, a stark contrast to the industrial scale of modern threats.Balancing Resource Extraction with Scientific DiscoveryThe window of opportunity to study these unique ecosystems is closing. As nations and corporations vie for resources on the ocean floor, there is a growing risk that we will destroy the very environment that sustains the global climate before unlocking its secrets. The challenge for the coming decades will be establishing regulations that prevent the exploitation of the deep sea before its biological and climatic value is fully understood.

The LeadAs June brings longer evenings and warmer days, farmers prepare for the July harvest while relying on nature's own pest control system. Ladybirds, wasps, and hoverflies serve as unsung heroes in agricultural ecosystems, working their way through crops to naturally manage aphid populations without chemical interventions.The Natural Defense SystemIn the run-up to harvest, farmers meticulously walk through seed crop tramlines, removing unwanted wild oats, brome, and blackgrass that could contaminate crops. On wetter days, attention turns to grain stores where "bait traps" monitor for insect pests like grain weevils and mites. When these pests are detected, farmers use brushes and vacuums for removal rather than chemical treatments.The Wildflower MarginsThe recent dry spell has accelerated the growth of wildflower margins surrounding fields, creating vibrant habitats of cornflowers, poppies, corn cockles, moon daisies, and phacelias. These colorful borders serve dual purposes: attracting pollinators like bees and butterflies while providing homes for natural pest controllers. Ladybirds, parasitic wasps, and hoverflies thrive in these margins, extending their protective influence several hundred meters into adjacent crops like wheat and oilseed rape.Climate Challenges on the FarmChanging weather patterns present significant challenges for farmers. The unpredictable climate affects hay production, with farmers facing difficulties when expected heatwaves shorten or are followed by torrential downpours. Despite these challenges, many farmers maintain sustainable practices by avoiding plastic-wrapped haylage or silage, which can harm ground-nesting birds when cut too early in the season.Biodiversity BenefitsThe integration of natural pest control systems and wildlife-friendly practices has led to thriving biodiversity on many farms. Dawn choruses often begin before 5am, with birdlife flourishing according to Merlin app data and monthly RSPB monitoring walks. One farm visit recorded 36 bird species, including six different warblers, demonstrating the success of conservation efforts alongside agricultural production.

Monsoon rains have finally arrived in India’s southeastern state of Kerala, marking a pivotal moment for the nation's agricultural calendar. While the arrival was delayed by three days compared to the historical average of June 1, the advance is proceeding as expected, offering a critical window for farmers to plant essential summer crops. The Critical 3-Day Window for Indian Agriculture The timing of the monsoon is not merely meteorological; it is economic. The three-day delay was a source of anxiety for the agricultural sector, as the window for sowing crops like cotton, soya beans, sugarcane, rice, and corn is narrow. The India Meteorological Department (IMD) has confirmed that conditions are favourable for the southwest monsoon to advance further into the central Arabian Sea, Goa, parts of Maharashtra, Andhra Pradesh, and Tamil Nadu over the next two to three days. Monsoon as the Engine of India's $4 Trillion Economy For India, the world's fifth-largest economy, the monsoon is the single most important factor determining the health of its agricultural sector. With an economy valued at $4 trillion, the nation relies on the rains to deliver approximately 70 percent of the total rainfall required for a successful harvest. This dependence extends beyond just food production; the rains are essential for replenishing aquifers and reservoirs that support the broader economy. The Looming Shadow of El Nino While the current arrival is a relief, the long-term outlook is concerning. The IMD recently warned that an El Nino-weakened monsoon in 2026 could result in the driest season the country has seen in 11 years. The World Meteorological Organization (WMO) has placed the likelihood of an El Nino event from June to August at 80 percent. This climate phenomenon, which warms surface temperatures in the Pacific Ocean, typically drives more extreme weather patterns, posing a significant threat to food security and economic stability. Global Climate Warning: UN Secretary-General's Assessment The urgency of the situation has been highlighted by global leaders. United Nations Secretary-General Antonio Guterres has described El Nino as "arriving on our doorstep," warning that it will "pour fuel on the fire of a warming world." As the world prepares for these extreme weather shifts, India's agricultural sector faces a dual challenge: securing the current harvest and preparing for a potentially volatile climate future.

The El Nino Alert The United Nations' climate agency has warned of an increased risk of extreme weather in the coming weeks and months due to the emerging El Nino weather pattern. El Nino: What to Expect The World Meteorological Organization (WMO) issued the alert in a news release on Tuesday, saying that there was an 80 percent chance of an El Nino event – marked by unusually warm sea surface temperatures in the central and eastern Pacific Ocean- between June and August and a roughly 90 percent chance of it forming by November. Global Impacts “The science is clear: El Nino is arriving on our doorstep in the coming months with 90 percent certainty,” said UN Secretary-General Antonio Guterres in a video statement. “The world must treat it as the urgent climate warning it is.” Severe Weather Patterns Bringing worldwide changes in winds, pressure and rainfall patterns, El Nino is a naturally occurring phenomenon that generally happens every two to seven years and lasts about nine to 12 months. El Nino can trigger increased rainfall in the southern parts of South America and the United States, parts of the Horn of Africa and Central Asia. It can also cause drought in Australia, Central America, Indonesia and parts of South Asia, and spur hurricane formation in the central and eastern Pacific, according to the WMO. Impacts to ‘cross border with devastating speed’ The UN agency predicted this year’s El Nino phenomenon to be “at least moderate – and possibly strong”. “Impacts will hit even harder, travel even farther, and cross borders with devastating speed,” said Guterres. Future Outlook The trend could help fuel especially severe wildfires this year, according to researchers at Imperial College London and the World Weather Attribution network of climate scientists. In anticipation, the European Union has announced plans to deploy a record number of firefighters and aircraft in high-risk areas – spanning Cyprus, Greece, Italy, France, Spain and Portugal.

Cartoon Overview: Britain’s Scorching Summer Captured by Ben JenningsThe Guardian released a single‑panel cartoon on 26 May 2026 drawn by Ben Jennings. The piece appears in the "Guardian Opinion cartoon" series and is tagged under the "Extreme heat" section.Visual Commentary on the Extreme Heat EventThe illustration, labelled "Ben Jennings on the heatwave – cartoon, panel 1", juxtaposes familiar British weather symbols with an oppressive sun, highlighting the contrast between traditional expectations of mild UK weather and the reality of a sweltering summer.Absence of Quantitative Data but Climate ContextWhile the cartoon itself contains no numerical data, its publication coincides with a period of record‑high temperatures across the United Kingdom, reinforcing media reports that link the current heatwave to broader climate‑change trends.Implications for Public Perception of the Climate Crisis in the UKBy employing satire, Jennings’ work amplifies public awareness of the "extreme heat" phenomenon, encouraging readers to consider the seriousness of the climate crisis. The cartoon’s placement alongside topics such as "Climate crisis" and "UK weather" suggests editorial intent to frame the heatwave as a symptom of longer‑term environmental challenges.What the Heatwave Signals for Future UK Weather PatternsExperts warn that such heat events may become more frequent as global temperatures rise. The cartoon, therefore, serves as a visual cue that the UK could need to adapt infrastructure, public health policies, and cultural attitudes to a hotter climate in the coming years.