Tata Power’s EcoCrew Engages 3 Lakh Students, Fuels India’s Largest Energy Literacy Movement

In yet another pioneering initiative to bring alive its commitment to India’s energy transition and to fast track the adoption of solar energy, Tata Power has created new benchmarks with its EcoCrew program - India’s largest Energy Literacy Movement.

Reaching almost 3 Lakh students in 1000+ schools across Uttar Pradesh and Uttarakhand, the program sensitised students to the impact of global warming and climate change and educated them on adoption of solar energy for their homes as an easy and affordable alternative solution.

The program has not only created legions of EcoCrew who are BFFs of Nature and true ambassadors of sustainability in their communities, but also helped the cause of making Uttar Pradesh and Uttarakhand the 3rd largest adopters of rooftop solar under the PMSGY with 3.14 lakh installations to date amounting to 1.1 GW.

The EcoCrew movement has travelled 24 cities over the last 12 months, cumulating more than 50,000 minutes of interactive on-ground learning and close to 1,50,000 minutes of online engagement. Students learnt about clean energy alternatives, solar energy and energy conservation. They pledged to become change makers in their homes, communities and neighbourhoods.

Students also participated in energy audits, creative competitions, and a 21-day gamified online sustainability challenge, encouraging measurable planet-friendly actions both at school and at home. Tata Power’s sustainability buddy Globey brought alive the need for each of us taking small actions every day to make a big change for planet Earth.

The top schools and students who actively championed and engaged with the initiative are all set to be felicitated and celebrated at 5 mega finale events over the next 2 weeks in Lucknow, Varanasi, Agra, Gorakhpur and Meerut.

Today, Uttar Pradesh stands among India’s top 3 states in rooftop solar adoption, with 2.6 lakh installations and a total installed capacity of 901.42 MW. This rapid progress has been enabled by the dual subsidy structure, combining Central and State incentives — with up to ₹78,000 from the Central Government and ₹30,000 from UPNEDA — making solar adoption more accessible and affordable for households. In alignment with the Government’s clean energy vision and to further accelerate rooftop solar adoption, Tata Power has also been promoting its ‘GharGharSolar’ initiative — first launched in Varanasi last year — to drive large-scale awareness and installation of residential rooftop solar systems under PMSGY.

The journey of EcoCrew in Uttar Pradesh marks the beginning of a larger national mission. Tata Power plans to expand the initiative across multiple states, reaching millions of students in the coming years to build a foundation of energy literacy, climate responsibility, and accelerate solar readiness.

By nurturing a generation of informed and responsible young citizens, Tata Power is strengthening India’s roadmap to energy independence, in line with the national vision of Atmanirbhar Bharat and the clean energy goals of the PM Surya Ghar Yojana.

New India-UK Project To Use Quantum Power to Boost Soil Health and Food Security

British Prime Minister Keir Starmer’s upcoming visit to Mumbai is spotlighting a major India-UK research partnership in quantum computing and biotechnology. At the heart of this collaboration is a joint project between Imperial College London and IIT Bombay, aiming to use quantum simulations to improve crop resilience and soil health in climate-vulnerable regions.

Researchers are modeling how plants and soil bacteria communicate, using quantum computing to simulate gene regulation and microbial signaling. Strigolactones, a plant chemicals that act as messengers between roots and microbes. The joint India-UK team is studying how synthetic versions of Strigolactones and biochar can enhance these interactions.

IIT Bombay contributes microbial ecology and genomics, while Imperial brings bioinformatics and quantum simulation capabilities. The aim is to boost natural processes that help crops thrive in arid and extreme weather conditions.

Quantum Roots: How India and the UK Are Using Quantum Computing to Reinvent Agriculture

In a world grappling with climate extremes, a groundbreaking India-UK collaboration is turning to quantum computing—not for finance or cryptography, but for farming. At the heart of this effort is a joint research project between Imperial College London and IIT Bombay, aiming to decode the invisible language between plant roots and soil microbes to build climate-resilient agriculture.

From Silicon to Soil: The Quantum Leap

Led by Dr. Po-Heng (Henry) Lee at Imperial and Dr. Indrajit Chakraborty at IIT Bombay, the project uses quantum simulations to model how plants communicate with microbes in the soil. The focus is on strigolactones—plant hormones that act as chemical messengers, triggering microbial responses that affect nutrient uptake, drought resistance, and overall soil health.

We’re not just simulating molecules—we’re simulating relationships, says Dr. Lee. Quantum computing lets us explore how microbial communities respond to plant signals under stress, and how we might enhance those responses.

The Science Behind the Soil

• Synthetic strigolactones and biochar are being tested to amplify beneficial microbial activity.
• IIT Bombay contributes microbial genomics and soil ecology expertise.
• Imperial College builds quantum circuit models to simulate microbial gene expression and signal transduction.

Strategic Roots: India-UK Tech Diplomacy

• The project is a flagship under the India-UK Technology Security Initiative (TSI), signed in 2024.
• Funded by the India Connect Fund, supporting up to 25 joint research efforts annually.
• Will be spotlighted during Keir Starmer’s visit to Mumbai for the Global Fintech Fest 2025.

Why It Matters

• Food Security: Quantum-enhanced soil treatments could boost yields in climate-stressed regions.
• Climate Adaptation: Understanding microbial resilience helps design farming systems that thrive under stress.
• Tech Transfer: Sets a precedent for applying frontier technologies to grassroots challenges.

The Bigger Picture

This isn’t just about quantum computing—it’s about reimagining agriculture as a system of intelligent, adaptive relationships. By simulating the unseen conversations beneath our feet, researchers hope to unlock new pathways to sustainability.

As Dr. Chakraborty puts it, We’re using the most advanced tools in physics to solve the oldest problem in civilization: how to grow food in a changing world.

Himalayan Havoc: Cloudbursts Surge as Climate Change Redraws Monsoon Maps

The Himalayan region is facing an alarming surge in cloudbursts and flash floods, and climate change is a key driver behind this intensifying crisis. Here's a breakdown of the situation and how forecasting can evolve to meet the challenge:

Cloudbursts & Floods: What’s Happening?

• Definition: A cloudburst is an extreme rainfall event—typically over 100 mm/hour—within a small area, often triggering flash floods and landslides.
• Recent Incidents:
  • Kishtwar, J&K (Aug 2025): Cloudburst killed 60+ people despite below-normal seasonal rainfall.
  • Uttarkashi, Uttarakhand (Aug 2025): Flash floods devastated villages like Dharali and Sukhi Top.
  • Kathua, J&K: Cloudbursts caused landslides and rail damage despite only 5% below-normal rainfall.

Climate Change: The Force Multiplier

• Rising Monsoon Intensity: Himalayan monsoon rainfall has increased by 10–15% over the past 30 years.
• Warmer Atmosphere: Each 1°C rise in temperature boosts moisture capacity by ~7%, fueling more intense rain events.
• Unstable Slopes & Glacial Lakes: Deforestation and melting glaciers amplify flood risks downstream.

Forecasting & Preparedness: What’s Missing?

Technology	Global Use	India’s Status
Doppler Radars	Japan uses for flash flood alerts	Limited coverage in Himalayan corridors
AI-Based Alerts	Italy applies for landslides	Not yet scaled in India’s pilgrimage zones
IoT Weather Stations	Swiss avalanche model	Proposed for hyper-local alerts
Glacial Lake Monitoring	Bhutan’s GLOF system	Could be replicated in India

What Needs to Be Done?

Infrastructure & Policy

• Early Warning Systems: Automated gauges, Doppler radars, and AI alarms in high-risk zones.
• Safety Audits: Review hillside construction and pilgrimage shelters.
• Climate-Resilient Design: Re-engineer routes with drainage, zoning controls, and sturdy shelters.

Governance & Community

• Unified Forecast Grid: Connect IoT stations to AI models for real-time alerts.
• Local Training: Empower Panchayats and NGOs for first response—like Kerala’s 2018 flood model.
• Tourism Accountability: Dedicate a share of pilgrimage revenue to disaster preparedness.

Forecasting Innovation: What’s Next?

• Integrate satellite data, machine learning, and terrain modeling.
• Develop hyper-local predictive systems tailored to valley-level dynamics.
• Use real-time citizen alerts via mobile networks and social media.

Drowning in Progress: How Climate Change Is Submerging the World’s Cities

In the heart of our cities—where ambition meets architecture and concrete replaces soil—an invisible crisis is rising. Not in decades. Not in years. But now.

From Seoul’s subway stations to the streets of Islamabad, urban flooding has become the most visible and violent symptom of a planet out of balance. Fueled by climate change, rapid urbanization, and outdated infrastructure, cities are no longer’re drowning.

The New Normal: Cities Under Siege

Vehicles drive through a flooded area in Haikou, south China's Hainan Province, July 20, 2025. Typhoon Wipha, the sixth typhoon of the year, made landfall near Jiangmen City in south China's Guangdong Province around 5:50 pm on Sunday, according to the Guangdong provincial meteorological observatory. Photo: Xinhua

In July 2025 alone, the world witnessed a cascade of urban flood disasters:

• South Korea: Torrential rain at 115 mm/hour overwhelmed drainage systems, killing 18 and displacing over 13,000.
• Pakistan: Monsoon rains intensified by 10–15% due to global warming led to over 300 deaths and $360,000 in livestock losses.
• China: Typhoon Wipha triggered flash floods and landslides, forcing mass evacuations.
• India: Landslides and infrastructure collapse swept through urban centers as monsoon rains battered the region.

These aren’t isolated events—they’re part of a global pattern.

The Data Speaks: Urban Flooding Is Accelerating

A recent study reveals a staggering 94% increase in urban flood extent from 1990 to 2021. The culprits?

• Climate Change: Warmer air holds more moisture, leading to heavier rainfall.
• Urban Sprawl: Concrete jungles reduce natural absorption, turning cities into bathtubs.
• Outdated Infrastructure: Most drainage systems were never designed for this level of rainfall.

Even worse, global flood hazard maps often underestimate urban flood risk due to low-resolution data, leaving millions unprepared.

Climate Change: The Accelerant

According to World Weather Attribution, the monsoon floods in Pakistan were significantly worsened by climate change. Jakob Steiner, a leading climate scientist, warns:

Disasters we expected in 2050 are already happening in 2025.

This isn’t just about water—it’s about time. And we’re running out of it.

Why This Matters

Image - Juan Manuel Sanchez

Urban flooding isn’t just a nuisance—it’s a killer. It:

• Displaces families and destroys homes.
• Disrupts economies and supply chains.
• Spreads disease and contaminates water supplies.
• Deepens inequality, hitting the poorest hardest.

And yet, most cities remain woefully unprepared.

What Needs to Change

To survive the next decade, cities must:

• Upgrade Infrastructure: Build smart drainage systems and flood-resilient architecture.
• Improve Forecasting: Invest in real-time flood alerts and predictive modeling.
• Rethink Urban Design: Integrate green spaces, permeable surfaces, and water-sensitive planning.
• Global Collaboration: Share data, technology, and funding across borders.

Final Thought: The Flood Is a Mirror

Urban floods reflect more than climate—they reflect our choices. Our priorities. Our blind spots.

If cities are humanity’s greatest achievement, then protecting them must be our greatest responsibility.

Because when the streets flood, it’s not just water rising—it’s a warning.

Country	Event	Impact
Pakistan	Monsoon Floods (June–July 2025)	300+ deaths, 1,600 homes damaged, $360K livestock losses
South Korea	Record Rainfall (July 2025)	115 mm/hour rain, 18 deaths, 13,000 displaced
China	Typhoon Wipha (July 2025)	Flash flood alerts, landslides, mass evacuations
India	Monsoon Landslides (July 2025)	Infrastructure collapse, fatalities, widespread damage

Top Image - Dibakar Roy

Maharashtra Partners with AEEE to Boost Energy Efficiency and Decarbonisation Under Climate Action Plan

The Alliance for an Energy Efficient Economy (AEEE) and the State Climate Action Cell (SCAC), Department of Environment and Climate Change, Government of Maharashtra, announced a Memorandum of Understanding (MoU) today to establish a strategic framework supporting the State Action Plan on Climate Change (SAPCC).

The MoU aims to drive decarbonisation and reduce emission intensity by strengthening energy efficiency and demand-side management across key sectors such as buildings, industries, space cooling, and cold chains. This marks a significant step forward in advancing Maharashtra’s climate action.

This announcement was made at a Regional Dialogue convened by the India Cooling Coalition (ICC), titled “How Maharashtra is Building Next-Gen Cooling Infrastructure and Capacity.” The event brought together public and private sector experts, implementation partners, and members of the media, reaffirming Maharashtra’s leadership in advancing climate-resilient cooling solutions.

Abhijit Ghorpade

Announcing the MoU, Shri Abhijit Ghorpade, Director, State Climate Action Cell, Government of Maharashtra, said, "Maharashtra is committed to acting decisively and urgently on climate change. Our partnership with AEEE, and our growing engagement with the India Cooling Coalition, is a step toward scaling sustainable solutions that are suited to Indian conditions. As the state aspires to become India’s first trillion-dollar economy by 2028–30, we must integrate long-term, low-carbon strategies into our growth model. Through the revised State Action Plan on Climate Change and strengthened climate action at the grassroots, we are setting the direction for a climate-resilient future."

The Coalition also explored the urgent need for climate-aligned cold chain solutions in India’s agriculture and food systems, especially to tackle high post-harvest losses in perishable crops like fruits and vegetables. Maharashtra alone produces over 28.8 million tonnes of horticultural output annually, but loses an estimated 2.1 million tonnes to inadequate storage and handling.

A central theme throughout the dialogue was the critical need for robust and accessible cooling infrastructure, particularly in light of India's significant post-harvest losses, estimated between 6.02% to 15.05% for fruits and 4.87% to 11.61% for vegetables. Discussions highlighted the practical application of various support mechanisms, drawing insights from comprehensive resources like the Micro Cold Storage Schemes: A User-Friendly SOP Guide. Developed by the Alliance for an Energy Efficient Economy (AEEE), this guide compiles the key government schemes supporting micro cold chain infrastructure, bringing together scheme-wise Standard Operating Procedures (SOPs), eligibility criteria, documentation requirements, and step-by-step guidance in one accessible resource. It is designed to benefit smallholder farmers, Farmer Producer Organisations (FPOs), cooperatives, rural entrepreneurs, resource institutions, and financial institutions – helping unlock timely access, increase awareness of available support, and drive broader adoption of climate-smart, energy-efficient cold chain solutions that can transform outcomes for farmers and rural communities.

“Resources like this are crucial to turning policy promises into real progress,” said Khushboo Gupta, Principal Research Associate, AEEE. “By simplifying complex processes, they bridge the gap between intent and implementation – ensuring that support actually reaches those who need it most, especially smallholder farmers and grassroots enterprises.”

The Coalition also addressed critical areas such as passive cooling, thermal comfort in buildings and appliances, and innovating cold chains for a climate-resilient Maharashtra. These discussions showcased Maharashtra's leadership in modernising cold chains for the agri and fisheries sectors, scaling indigenous cooling technologies, and proactively shaping policy for sustainable cooling transitions, including the implementation of urban cool roofs.

This event, held on 7 August – a day observed as MS Swaminathan Day – also underscored India’s commitment to agricultural innovation and food security, building on the legacy of the ‘Father of the Green Revolution’ to drive climate-resilient transformation in the years ahead.

IIT-Kanpur & IBM Deploy AI for Clean Air Across Uttar Pradesh

India’s air quality crisis might soon find a formidable tech ally. The Airawat Research Foundation at IIT-Kanpur has signed a Memorandum of Understanding with IBM to roll out AI-driven air quality monitoring across Uttar Pradesh—a state long troubled by airborne pollutants, reported news agency PTI. 

What Sets This Collaboration Apart:

• Sensor Supremacy: Airawat’s 1,365 low-cost sensors are already installed across administrative blocks, surpassing the government’s 110-node network and offering granular coverage.
• AI-Powered Insights: A real-time dashboard powered by IBM’s AI stack will collect and interpret data on PM2.5, PM10, temperature, humidity, and various gaseous pollutants—starting with a pilot project in Lucknow.
• Airshed Intelligence: The approach focuses on airsheds—tracking how pollutants drift across districts, not just urban boundaries—redefining how we see and combat air pollution.
• Indigenous Innovation: The sensors are developed locally at IIT-Kanpur, making scalability more feasible and affordable.
• Precision for Policy: With data granularity reaching 0.5 sq km, officials can target pollution hotspots with tailored interventions.

Why AI Is a Game-Changer for Air Monitoring:

• Multisource Fusion: AI integrates satellite data, ground sensors, weather forecasts, and even mobile inputs to map pollution in real time.
• Predictive Capabilities: Algorithms forecast pollution trends using historical data, while flagging anomalies like industrial spills or seasonal smog events.
• Urban Planning Aid: By modeling pollutant drift patterns, AI supports zoning reforms and smarter traffic regulations.
• Smart Buildings: AI-linked HVAC systems react dynamically to indoor pollutant levels, enhancing health and energy efficiency.
• Public Engagement: Through alerts and transparent dashboards, AI empowers citizens to take protective actions and engage with policy shifts.

This initiative isn’t just about cleaner air—it’s about a new template for tech-enabled governance, one that blends academia, industry, and the state. The Airawat-IBM collaboration could become a model for other regions, aligning with India’s Viksit Bharat goals and global climate commitments.

Global Comparisons: How UP’s Model Stands Out

• Delhi’s SAFAR System: Uses machine learning to forecast air quality 72 hours in advance, but focuses on urban zones.
• Amsterdam’s Smart Grid: Integrates air and energy data to reduce peak demand by 25%, showcasing cross-sector AI synergy.
• UNEP’s GEMS/Air Platform: Crowdsources PM2.5 data globally, reaching 300M users annually, but lacks localized policy integration.
• Envira AQMS (Spain): Offers mobile and fixed air quality stations with legal backing, but relies on imported tech and centralized models.

Why the 2013 Uttarakhand Floods Must Be Remembered

Increasing number of disasters in the region  

On June 16, 2013, Uttarakhand witnessed one of the most devastating disasters in its history. Unprecedented rainfall, measuring 385.1mm - over 440% above the normal for the onset of the monsoon - triggered catastrophic floods and landslides. The deluge, intensified by a cloudburst and a glacial lake outburst flood, caused the Chorabari Lake near Kedarnath to overflow, unleashing torrents of water and debris downstream. The disaster claimed over 6,000 lives, stranded more than 100,000 pilgrims and tourists, and obliterated infrastructure across the state.

The immediate response involved massive rescue operations. The Indian Army launched Operation Surya Hope, deploying over 10,000 troops, while the Indian Air Force initiated Operation Rahat, which became one of the largest civilian rescue missions by air, evacuating nearly 20,000 people and delivering essential supplies. Despite these efforts, the scale of the disaster exposed significant shortcomings in preparedness and early warning systems. Although the India Meteorological Department had issued alerts, communication breakdowns and a lack of coordinated action led to delayed evacuations and increased casualties.

A school in Rudraprayag district, Uttarakhand, rebuilt as part of SEEDS’ post-disaster recovery efforts following the 2013 floods. Along with safety-focused infrastructure adapted to the hilly terrain, SEEDS has also conducted mock drills to help students prepare for emergencies.

Amid this chaos, civil society efforts helped plug the gaps. Sustainable Environment and Ecological Development Society (SEEDS), one of the first responders, focused on urgent unmet needs - supporting women’s privacy in overcrowded shelters and helping families who had dry rations but no means to cook them. Over 190 of the most vulnerable families in Rudraprayag received family tents and utensil kits. Makeshift schooling was enabled with temporary tents and cooking provisions for mid-day meals.

Students outside a newly rebuilt school in Chamoli district, Uttarakhand. Reconstructed by SEEDS in the aftermath of the 2013 floods, the facility is designed to be climate-resilient and safe for children in this high-risk seismic and landslide-prone zone.

With many schools either damaged or reduced to rubble, children’s education was severely disrupted - leaving students without safe spaces to learn or gather. In the months that followed, the organisation went on to rebuild 18 schools across Rudraprayag and Chamoli districts, using earthquake-resilient, lightweight materials that doubled as safe spaces and community hubs. The effort also included disaster preparedness training for over 2,000 students and residents, laying the groundwork for a more informed and resilient response in future emergencies.

While these efforts brought some stability to pockets of the affected region, the broader picture across Uttarakhand was far more sobering. The state’s tourism and pilgrimage infrastructure was shattered. Roads, schools, health centres, and water supply lines had to be rebuilt from scratch. The psychological toll on survivors, especially those who lost entire families, still lingers.

An evacuation plan being installed at Rajkiya Ucchatar Prathmik Vidyalaya, Karokhi, Ganganagar, Rudraprayag - one of the schools reconstructed by SEEDS after the 2013 Uttarakhand floods, with support from Ambuja Cement Foundation.

Long-term effects extended beyond physical loss. For months, communities faced food shortages and lack of healthcare. Livelihoods dependent on tourism took years to recover. Many survivors left the hills entirely, their ancestral homes abandoned. For a while, Kedarnath became a symbol of resilience - but also a grim reminder of the consequences of ignoring environmental limits.

The 2013 tragedy was a national wake-up call. There was a noticeable shift in how disasters were managed - more satellite monitoring, improved coordination between agencies, and the setting up of early warning systems in vulnerable regions. Looking back over the past 12 years, these steps represent meaningful progress. Yet, the increasing frequency of disasters in Uttarakhand signals that long-term, community-based resilience is still a work in progress.

This has become clear through recurring climate-related disasters. In 2021, a glacier broke off in Chamoli, unleashing a sudden surge in the Rishi Ganga river, destroying hydropower projects and claiming over 200 lives. In 2023, Joshimath made headlines for land subsidence - homes cracking open, roads warping, and families being evacuated.

In 2024, heavy rainfall triggered landslides across several regions, including Tingad village in Tehri district, where over 35 homes were destroyed and two schools deemed unsafe. SEEDS, which has been active in Uttarakhand since the 2013 floods, supported efforts to ensure children could continue learning. Working with local communities, they helped set up temporary classrooms on donated land, with basic sanitation and clean drinking water facilities. It was a small but necessary step toward restoring normalcy as families began to rebuild.

In fact, Uttarakhand’s history of disasters goes back decades. In 1970, a cloudburst over the Alaknanda Valley caused massive floods that wiped out villages and altered river courses. In 1998, a landslide in Malpa buried an entire village, killing over 200 people including several pilgrims. In 2012, just a year before Kedarnath, cloudbursts caused flash floods that disrupted the Char Dham Yatra and claimed several lives. Each time, warnings were issued. Each time, the state returned to business as usual once the water receded.

Uttarakhand sits in a seismically active, ecologically fragile zone. Yet, construction continues on precarious slopes, forests make way for highways, and rivers are redirected for energy. Climate change only intensifies these risks - melting glaciers, short spells of heavy rain, and unseasonal heat are now common. Despite clear patterns, these disasters are often labelled ‘low’ or ‘medium’ impact events, downplaying the long-term consequences.

What happened in June 2013 was not an anomaly. It was a warning. And unless we treat it as such - changing how we build, how we prepare, and how we respect the Himalayas - it will not be the last.

India's Scorching Reality: The Heat Wave and the Vanishing Forests

India is in the grip of an unrelenting heat wave, a crisis that is no longer just a seasonal inconvenience but a direct consequence of climate change. With temperatures soaring beyond historical records, the country is witnessing a twofold increase in heatwave days, particularly in major cities like Mumbai, Chennai, Delhi, and Hyderabad. The rising heat is not just about discomfort—it is triggering erratic rainfall patterns, intensifying droughts, and pushing ecosystems to their limits.

The Climate Connection

Scientific studies confirmed that India has seen a 15-fold increase in extreme heat wave days over the last three decades, with the last decade alone witnessing a 19-fold surge. The monsoon season, once a reliable relief, is now behaving unpredictably, with extended summer-like conditions persisting even during rainy months. Experts warn that heat waves may soon extend into monsoon months, creating a dangerous mix of high temperatures and humidity.

The Silent Catastrophe: Forest Loss

While the heat wave dominates headlines, another crisis unfolds quietly—India’s disappearing forests. Over the past five years, the country has lost 668,400 hectares of forest, ranking second globally in deforestation. The destruction is driven by urban expansion, infrastructure projects, and agricultural demands. Alarmingly, 95% of tree cover loss in India from 2013 to 2023 occurred within natural forests, meaning these losses are not just temporary but permanent.

The consequences of this deforestation are dire. Forests act as natural carbon sinks, absorbing greenhouse gases and regulating temperatures. Their destruction exacerbates climate change, making heat waves even more intense and frequent. The loss of tree cover also disrupts rainfall patterns, leading to water shortages, soil degradation, and biodiversity collapse.

What Lies Ahead?

India is at a crossroads. The heat waves will only worsen if deforestation continues unchecked. Experts advocate for climate risk observatories to provide real-time assessments and early warnings. Additionally, heat-index insurance policies are emerging to help vulnerable populations cope with financial losses due to extreme weather.

But these measures alone are not enough. India must prioritize forest conservation, enforce stricter environmental regulations, and accelerate its transition to sustainable energy sources. The heat wave is not just a seasonal anomaly—it is a warning. If ignored, the consequences will be irreversible.

Highest Temperatures in India (Last 15 Days)

Temperature Records (°C)

City/Region	Temperature (°C)	Date Recorded
Mungeshpur, Delhi	52.3°C	29 May 2024
Phalodi, Rajasthan	51.0°C	Recent Days
Sirsa, Haryana	50.3°C	Recent Days
Gwalior, Madhya Pradesh	48.0°C	Recent Days
Narela	47.9°C	Recent Days
Rohtak, Haryana	47.7°C	Recent Days
Churu, Rajasthan	47.4°C	Recent Days
Bikaner, Rajasthan	47.0°C	Recent Days

Note: These temperature records are based on reported data from the last 15 days. The data may be updated as new records come in.

The question remains: Will India, Indians and India's central & state governments act before it’s too late?

Nature-based Innovation to Tackle Heat

Bihar, like many other states in India, has been witnessing record-breaking temperatures in recent years. According to data from the India Meteorological Department (IMD), Buxar recorded a staggering 47.2°C in June 2024. As extreme heat events become more frequent, solutions like cool shelters offer a lifeline to vulnerable communities struggling to cope with rising temperatures.

At the Bihar Diwas 2025, inaugurated by Bihar Chief Minister Nitish Kumar on March 22, 2025 a unique innovation aimed at tackling the intensifying heatwaves in the state was showcased. A fibre from Rajasthan - the Magra fibre - was used as insulation for a cool shelter. The story of this pastoral wool fibre traces back to SEEDS (Sustainable Environment and Ecological Development Society) and its contribution to the India Humanitarian Hub initiative, which aims to build climate resilience through local innovation. As part of this effort, Urmul, in collaboration with Samakhya Sustainable Alternatives, repurposed discarded sheep wool by combining indigenous knowledge with technological inputs.

SEED's Climate-resilient Shelters for Local Communities

SEED's Climate-resilient Shelters for Local Communities

The aim was to create solutions that support self-reliance, sustainability, and fit within the social systems of local communities. Today, Magra’s regenerative pastoral fibres offer an effective and eco-friendly option for thermal and acoustic insulation.

SEEDS has been developing and refining cool shelters over the years, experimenting with sustainable materials and structural adaptations to improve their effectiveness against extreme heat. In 2023, the organisation piloted a series of bamboo shelters across Delhi, offering much-needed respite to the city’s most heat-exposed populations - rickshaw pullers, rag pickers, and construction workers. Constructed primarily using eco-friendly bamboo, these shelters leveraged the material’s natural cooling properties to create breathable, shaded spaces in urban heat islands.

 

Climate Resilient & Disaster prone housing structure

The impact of the latest iteration of the cool shelter that used this Magra fibre in Patna was evident. On March 25, 2025 when the outside temperature reached 44 degrees Celsius, the temperature inside the shelter remained 38 degrees Celsius, marking a notable reduction of 5 to 6 degrees Celsius.

The SEEDS stall at Bihar Diwas attracted considerable attention from government officials, scientific experts, and representatives from leading organizations. Among the key dignitaries who visited the stall were the Honorable Governor of Bihar Arif Mohammad Khan, Vice Chairman of Bihar State Disaster Management Authority Uday Kant Mishra and other members of BSDMA, Narendra Kumar Singh and Koshal Kishor Mishra.

District Magistrate of Patna Sri Chandrashekhar, along with Scientific Officers from Bihar Mausam Seva Kendra Dr. S. Neethu and Dr. Abhishek Kumar Mishra, also took keen interest in the initiative.

“We should spread the word as much as possible for such innovations. It should reach the villages and be made available to them, as it can provide relief from extreme heat,” said Uday Kant Mishra, Vice Chairman of BSDMA.

Expanding the reach of cool shelters, making them accessible to more communities across India is important as another hot summer lies ahead. As Bihar and other states brace for another sweltering summer, the role of sustainable, low-cost cooling solutions is increasingly crucial.

SEEDS is proud recipient of the United Nations Sasakawa Award for Disaster Risk Reduction 2022 and Subhash Chandra Bose Aapda Prabandhan Award 2021 by Government of India.

UP Adopts Japanese Miyawaki Technique to Plant Mini-Forests in 17 Cities

Uttar Pradesh has launched the Upvan Scheme, allocating ₹70 crore to create mini-forests across 17 municipal corporations. The initiative aims to combat the urban heat island effect, which causes cities like Lucknow, Kanpur, and Prayagraj to experience significantly higher temperatures than surrounding rural areas.

The Miyawaki forest technique is a method of rapid afforestation pioneered by Japanese botanist Akira Miyawaki. It involves planting native species densely in a small area to create self-sustaining forests that grow 10 times faster and are 30 times denser than conventional plantations.

The method is particularly effective in urban areas, where space is limited but green cover is essential.

Traditional methods take decades to establish a mature forest, while Miyawaki forests can become self-sustaining in just 2-3 years. Moreover, Traditional methods often rely on monoculture plantations, which lack biodiversity and are more vulnerable to pests and climate shifts.

This technique is gaining popularity in India, with cities like Hyderabad, Bengaluru, and Lucknow adopting it for urban greening.

Each selected city in Uttar Pradesh will receive up to 3 crore to develop green zones spanning 2,000 square meters, with a focus on Miyawaki forests, a dense planting technique proven to lower surface temperatures. Officials will use GIS mapping and thermal data to identify high-risk zones, ensuring maximum cooling benefits.

This marks UP's first dedicated budget for urban cooling, signaling a shift toward climate-resilient urban planning. This initiative is part of UP’s broader effort to combat climate change and improve air quality.

Organizations like Grow Billion Trees have partnered with the UP government to expand Miyawaki forests across the state. Miyawaki forests in UP have transformed barren lands into thriving ecosystems, supporting local wildlife and improving soil fertility.

During the Maha Kumbh festival, the UP government used the Miyawaki method to increase green cover and create self-sustaining forests.

50 Yrs of Climate Change: NASA Image Shows The 'Blue Planet' Has Turned Grey

Half a century ago, Earth was a shimmering marble in the void—a planet so vibrantly blue, its image from space became a symbol of purity, balance, and life. But in the last 50 years, that celestial blue has dimmed, clouded by the scars of human progress. Rising temperatures, poisoned oceans, and vanishing forests—our home has morphed into something unrecognizable.

The Apollo 8 images from 1968 captured Earth in its pristine glory, a vibrant blue sphere untouched by the extreme climate shifts we see today. Meanwhile, NASA's EPIC (Earth Polychromatic Imaging Camera) images from 2025 provide a stark contrast, revealing the effects of rising temperatures, pollution, and deforestation.

1968: A pristine, thriving Blue Planet. The beginning of space exploration and hope.

Explore these images here:

• 1968 Apollo 8 Earth View: [See it here]
• 2025 NASA EPIC Earth View: [See it here]

Besides this 1968 photo, the original slide film of the famous 1972 Blue Marble photograph was taken by the Apollo 17 crew on December 7, 1972, during their journey to the Moon. This iconic image, officially designated AS17-148-22727, became one of the most widely distributed photographs in history, showcasing Earth in its full, illuminated glory.

This classic photograph of the Earth was taken on December 7, 1972. 

For a high-quality version of the original slide transparency, explore:

• NASA's archival records: [View here].
• Agent Gallery Chicago, which offers a large transparency slide of the image: [See details]

This image was groundbreaking because it was the first time astronauts could capture the entire Earth, including the South Pole, in a single frame. It remains a powerful reminder of our planet’s beauty and fragility.

The Warning We Ignored

The first murmurs of a climate crisis emerged in the 1970s, when scientists started linking fossil fuel emissions to global temperature rise. Fast forward to today, and their predictions have become stark reality. Glaciers retreat like beaten warriors, islands sink beneath rising tides, and entire species are disappearing before our eyes. The warnings were there, yet humanity plowed ahead, chasing industrial expansion and unchecked consumption.

Oceans: The Fading Blue

2025: A fading, wounded Earth. 50 years of climate change and the fight for survival. (NASA Image taken on 22 April 2025) 

Once a vast cradle of life, our oceans bear the deepest wounds. Nearly 30% more acidic than 50 years ago, their coral reefs bleach into graveyards, unable to withstand relentless temperature spikes. Polluted waters choke marine ecosystems, while plastic islands float aimlessly—monuments to our disregard for nature. What was once Earth's lifeblood has transformed into a struggling, poisoned entity.

Forests: The Vanishing Green

The lungs of our planet are collapsing. The Amazon, once infinite in its stretch, has lost millions of acres. Climate-triggered wildfires ravage Australia and California with apocalyptic force, leaving behind a scorched wasteland. Trees—nature’s most efficient carbon scrubbers—are being erased at an alarming rate, allowing carbon dioxide to fill the air like an invisible plague.

A dramatic comparison between 2000 and 2015 reveals vast areas of forest replaced by roads and plantations.

The Temperature Siege

We've surpassed tipping points once thought unimaginable. The last decade was the hottest in recorded history, with summers stretching longer and fiercer, and winters becoming erratic. As Arctic ice melts, new pathways open for geopolitical ambition, but at a devastating cost—the loss of an ancient ecosystem. Cities once considered safe from climate threats are now battling floods, heatwaves, and resource scarcity.

What Now?

Despite the bleak picture, all is not lost. Renewable energy innovations, ambitious climate agreements, and the relentless fight of environmental activists offer glimpses of hope. Nations are slowly shifting towards greener economies, corporations are being held accountable, and individuals are embracing sustainable habits. The Earth’s wounds are deep, but not irreparable—if we act, if we adapt, if we revolutionize.

The question remains: Will we restore the blue that made Earth the envy of the cosmos, or will we stand idly as it fades to gray?

India Emerges As Green Leader With the Lowest Per Capita CO2 Emissions Among the G20 Nations

India has emerged as a green leader among the G20 nations, boasting the lowest per capita CO2 emissions. With this, India is setting am example of sustainable development.

In 2023, India's per capita CO2 emissions were around 2.1 metric tons per person, compared to much higher figures in countries like Saudi Arabia, which had the highest per capita emissions at over 17 metric tons per person.

 

China had the highest CO2 emissions among G20 countries, while Argentina had the lowest. India's per capita emissions were the lowest among the G20 nations, highlighting its efforts in maintaining a lower carbon footprint.

India's achievement is largely due to the country's agrarian economy and relatively low per capita energy consumption compared to many developed nations. Despite being the most populous G20 country, India's efforts in deploying renewable energy and maintaining lower emissions have been commendable.

The latest International Energy Agency (IEA) report on CO2 emissions provides a comprehensive analysis of global emissions in 2023.

Global Emissions CO2 emissions reached a new record high in 2023, with an increase of 1.1%, increasing 410 million tonnes (Mt) to reach a new record high of 37.4 billion tonnes (Gt). This was driven by weather effects and continued reopening from the COVID-19 pandemic.

Nevertheless, the growth in clean energy technologies, such as renewables, electric vehicles, and heat pumps, helped limit the rise in global emissions.

Emissions from energy combustion increased, while emissions from industrial processes decreased.

Between 2019 and 2023, total energy-related emissions increased around 900 Mt. Without the growing deployment of five key clean energy technologies since 2019 - solar PV, wind, nuclear, heat pumps, and electric cars - the emissions growth would have been three times larger.

India Delivers Powerful Statement at CoP29 UN Climate Change Summit

During the High-Level Ministerial Dialogue on Climate Change Adaptation at the CoP29 UN Climate Change Summit in Baku, Azerbaijan, India delivered a powerful statement.

India highlighted that the developing world is disproportionately suffering from the impacts of climate change, which are largely due to historical emissions by developed countries. 

The increasing frequency and intensity of extreme weather events are putting the survival of people, especially in poor nations, at risk.

India called for a significant boost in climate change adaptation finance, emphasizing the need for developed countries to fulfill their commitments.

India is in the process of developing its National Adaptation Plan and estimated adaptation capital requirements of up to $850 billion.

India stressed the urgent need for enhanced support and implementation resources from developed countries to help developing countries meet adaptation target.

Informing the gathering about India’s initiatives towards combating Climate Change, India's Union Minister of State for Environment, Forest and Climate Change, Shri Kirti Vardhan Singh said that the country has achieved the 2015 NDC targets on emission intensity reduction and non fossil based installed electricity generation capacity much earlier than 2030 and have further enhanced its ambition.

India's official statement read, “Developing countries are suffering the impacts of climate change largely due to the historical emissions of Developed countries. For us as developing countries, our people’s lives - their very survival - and their livelihoods are at stake.”

Talking on the importance of accessibility to credible Climate Finance to the Global South, India’s statement read, “The CoP28 Global stocktake decision emphasized the need to bridge the tremendous gap in adaptation, gaps in implementation that arise from the lack of sufficient attention and resources. Additionally, at CoP28, parties to the Paris Agreement adopted the UAE Framework for Global Climate Resilience. This framework acknowledges the urgent need for enhanced support and implementation resources from Developed countries to help Developing countries meet adaptation targets. 768 mobilization should go beyond previous efforts, supporting country-driven strategies while respecting the unique needs of developing countries.”

India's statement underscored the importance of equitable and just climate action, urging developed nations to step up their support for climate adaptation in developing countries.

Europe and the US

The EU has urged wealthier, high-emitting developing nations to voluntarily contribute to climate finance. European Commissioner for Climate Action, Wopke Hoekstra, emphasized that "affluence brings responsibility" and encouraged these nations to contribute based on their emissions and economic growth.

United States: The US has supported strong financial aid for climate efforts in poorer nations and endorsed the use of financial mechanisms to raise funds. US officials have also highlighted the importance of global cooperation and the need for ambitious climate commitments from all nations.

Both the EU and the US are advocating for a new climate finance package to help developing countries transition to clean energy, adapt to climate change, and deal with weather disasters. 

SAP and Ambipar Unveil Net Zero as a Service, for Businesses to Manage and Offset Carbon Emissions

SAP and Ambipar have announced a new initiative called Net Zero as a Service. This partnership aims to help businesses manage and offset their carbon emissions more effectively. By combining SAP's robust cloud solutions with Ambipar's expertise in carbon credit generation and trading, the service provides a comprehensive solution for the entire decarbonization journey.

Key features include:

End-to-end carbon management: SAP's ERP-centric and AI-enabled solutions allow businesses to measure emissions accurately and make informed decisions.

Carbon credit purchasing: Customers can neutralize their emissions by buying internationally certified carbon credits through Ambipar's platform, AMBIFY, available on the SAP Store.

Scalability: Ambipar is currently piloting this service in its own operations and plans to make it widely available to SAP customers soon.

This initiative underscores both companies' commitment to sustainability and helping organizations achieve their net zero goals. 

Rising Health Insurance Premiums in India Due to Climate Change-Related Health Risks

Climate change is increasingly impacting various aspects of life, and one significant area affected is public health. In India, the growing frequency of climate-related events such as heatwaves, floods, and air pollution is leading to a surge in health issues. Consequently, health insurance plans are becoming more expensive as insurers adjust premiums to account for these heightened risks and increased claims. This article explores how climate change is influencing health risks in India, driving up health insurance premiums, and what this means for policyholders.

The Connection Between Climate Change and Health Risks

Climate change is contributing to a rise in health issues, with several key risks becoming more prevalent:

Heat-Related Illnesses: Increasing temperatures and more frequent heat waves are leading to a rise in heat-related conditions like heat exhaustion and dehydration, particularly among vulnerable populations such as the elderly.

Respiratory Problems: Climate change exacerbates air pollution, leading to an increase in respiratory issues like asthma and chronic obstructive pulmonary disease (COPD). Urban areas are particularly affected by rising levels of air pollution.

Vector-Borne Diseases: Changes in temperature and rainfall patterns are expanding the range of disease-carrying insects, leading to a rise in diseases such as malaria and dengue.

Waterborne Diseases: Flooding and changes in water availability are contributing to the spread of diseases like cholera and diarrhoea, especially in rural and underserved areas.

Mental Health Issues: The stress and anxiety caused by climate-related disasters are leading to a rise in mental health conditions such as depression and post-traumatic stress disorder (PTSD).

Impact on Health Insurance Premiums

As climate-related health risks become more prevalent, they are directly affecting the cost of health insurance plans in India. Insurers are adjusting their pricing models to account for these risks, leading to higher premiums. Several factors contribute to this trend:

1. Increased Claims Due to Climate-Related Health Issues

The rise in climate-related health issues has led to an increase in the number of claims filed by policyholders. This surge in claims is driving up costs for insurers, who in turn raise premiums to cover these expenses.

2. Rising Medical Costs

Healthcare providers are facing increased demand for services related to climate change, leading to higher costs for treatments, medications, and services. These rising medical costs are passed on to consumers through higher insurance premiums.

3. Adjustments in Risk Assessment Models

Insurers are revising their risk assessment models to better reflect the heightened risks associated with climate change. Factors such as geographic location, exposure to climate-related events, and the overall health profile of policyholders are now more closely scrutinised. Individuals living in high-risk areas may see higher premiums as insurers account for the increased likelihood of claims.

4. Introduction of New Coverage Options

In response to the specific health risks posed by climate change, some insurers are introducing new coverage options or riders that address these threats. These might include coverage for heat-related illnesses, air pollution-related treatments, or mental health support. While these options provide valuable protection, they also contribute to the overall cost of health insurance plans.

What Policyholders Need to Know

With rising health insurance costs due to climate change, policyholders need to take proactive steps to manage their insurance coverage effectively. Here are some key considerations:

1. Opt for Comprehensive Coverage

Given the broad range of health risks associated with climate change, it is crucial to choose a health insurance plan that offers comprehensive coverage, including hospitalisation, outpatient treatments, and coverage for chronic and acute conditions. Comprehensive coverage ensures protection against a wide spectrum of health issues, reducing the financial burden in case of illness.

2. Prioritise Preventive Care Benefits

Look for best health insurance plans that offer preventive care benefits, such as annual check-ups, screenings, and vaccinations. Preventive care can help detect and manage health issues early, potentially reducing the need for more costly treatments later.

3. Ensure an Adequate Sum Insured

As medical costs rise, it is essential to ensure that your health insurance plan provides an adequate sum insured. This will help cover the higher costs of treatment associated with climate-related health issues and protect you from significant out-of-pocket expenses.

4. Regularly Review and Update Your Policy

Given the evolving nature of climate-related health risks, it is important to regularly review and update your health insurance policy. This may involve increasing your sum insured, adding riders for specific risks, or switching to a plan that offers better coverage.

5. Explore Medical Reimbursement Options

In the face of rising premiums, policyholders may also want to consider medical reimbursement options, which allow for the reimbursement of medical expenses not covered by traditional health insurance. This can provide additional financial relief in the event of high out-of-pocket costs due to climate-related health issues.

Conclusion

Climate change is not only an environmental challenge but also a significant public health issue with far-reaching implications for health insurance plans in India. As insurers adjust premiums to account for increased risks, policyholders must carefully evaluate their insurance needs to ensure adequate coverage. By choosing comprehensive coverage, prioritising preventive care, and regularly reviewing policies, individuals can better protect themselves and their families from the financial impact of climate-related health risks.

4 Indian NGOs Selected Among 14 for Grants from Google.org Supported Sustainability Fund

Four Indian Non-profit organizations (NGOs) have been selected by a Google-backed fund for their AI-driven climate solutions. These organizations are part of the APAC Sustainability Seed Fund 2.0, which is supported by a $5 million grant from Google.org, the philanthropic arm of Google. 

The selected organizations are:

1. INREM Foundation: Developing AI-enabled open digital solutions for community access to water contamination data.

2. CEPT Research and Development Foundation (CRDF): Using machine learning and satellite imagery to protect lakes and their carbon sink function.

3. Institute for Financial Management and Research (WELL Labs): Creating advanced models for village-level water security insights.

4. Gujarat Mahila Housing Sewa Trust (MHT): Developing an AI-powered model to identify urban heat islands and suggest community-centric solutions.

This initiative aims to foster technology- and AI-driven solutions to address critical environmental and social challenges.

The APAC Sustainability Seed Fund is a significant initiative aimed at addressing climate change and promoting sustainability in the Asia-Pacific region.

Initiated by Asian Venture Philanthropy Network (AVPN) and supported by Google.org and the Asian Development Bank (ADB), The APAC Sustainability Seed Fund 2.0's current fund amount is $5 million i.e. for the second round (Seed Fund 2.0).

The fund aims to support innovative, technology-driven solutions that tackle pressing climate and sustainability challenges. It focuses on Renewable energy and decarbonization, Climate adaptation, Waste management and circular economy, Air quality, Water preservation, and Biodiversity protection.

The fund aims to help vulnerable and underserved communities in the Asia-Pacific region adapt to and mitigate the effects of climate change.

IBM's AI-Powered Visual Inspection Tech to Track Endangered African Forest Elephant

IBM and WWF-Germany to Build New AI Solution to Support Conservation of Keystone Species

IBM and WWF-Germany have announced a collaboration to develop a new AI solution aimed at supporting the conservation of keystone species, starting with the critically endangered African forest elephant.

The African forest elephant has experienced an over 80% decrease in their populations in recent years due to habitat loss and poaching in the Congo Basin. As businesses work to address climate change, supporting nature restoration can play a critical role in reducing carbon emissions in the atmosphere.

This initiative will leverage IBM's AI-powered visual inspection technology to enhance elephant tracking and identification from camera trap photos. The goal is to improve the accuracy of identifying individual elephants, which is crucial for effective conservation efforts.

By harnessing the power of technology to track and value natural capital, organizations can unlock new opportunities to support climate change mitigation efforts, while also identifying new sustainable finance investments.

This technology not only aids in wildlife conservation but also helps in assessing the financial value of nature's contributions, such as carbon sequestration services provided by these elephants. This collaboration marks a significant step towards integrating technology with conservation to create a more sustainable future.

As part of this collaboration, IBM Consulting worked with WWF to explore opportunities for innovation, aligning WWF's conservation initiatives with IBM's sustainability and technology expertise. IBM's own software, IBM Maximo Visual Inspection (MVI), will be used in this collaboration. Leveraging MVI's AI-powered visual inspection and modeling capabilities, the solution aims to analyze images from camera traps and film to identify individual African forest elephants with greater accuracy. Currently, the use case focuses on head and tusk-related image recognition, similar to a fingerprint for humans.

The goal of this solution is to help support key conservation efforts of African forest elephants, which have been shown to increase carbon storage in their forest habitats .

3 Non-profits from Brazil, Canada and U.S Win $1 Mn in Grants From HCLTech for Climate Action Projects

Selected NPOs use innovative themes including youth-led environmental activism, art and forest restoration to raise awareness and combat climate change

HCLTech, a leading global technology company, has announced Brazil-based Argilando, Canada-based No. 9 Contemporary Art and the Environment and US-based The Longleaf Alliance as the winners of the first edition of the HCLTech Grant Americas.

Launched in September 2023, the HCLTech Grant Americas program has committed $5 million in grants over five years to support Not-For-Profit organizations (NPOs) with innovative projects focused on combating climate change, restoring ecosystems and biodiversity across Americas.

Every year, three NPOs will be selected through a rigorous screening process to receive grants totaling $1 million. One NPO will receive $500,000, while two others will receive $250,000 each.

Among the inaugural edition winners, Brazil-based Argilando will receive the grant of $500,000 for their project Atitude Jovem. The project ignites youth-led environmental activism across Brazil's diverse biomes. Through comprehensive mobilization efforts, educational workshops and strategic planting of native trees, Argilando confronts climate challenges and promotes awareness about sustainable development goals (SDGs).

Canada-based No. 9 Contemporary Art and the Environment will receive $250,000 for using art and design to bring awareness to environmental concerns. Its project "Imagining My Sustainable Community" aims to increase awareness of sustainable design solutions in schools across Canada.

The Longleaf Alliance will receive $250,000 for their project, "Restoring America's Great Southern Forest through Climate Action by Empowering and Enabling Landowners" aims to restore 8 million acres of longleaf pine forests, in the US Southeast.

“Congratulations to the winners of the first HCLTech Grant Americas. Whether it is fostering sustainable design literacy or spearheading vast ecosystem restoration projects, these endeavors showcase a collective resolve to address environmental challenges with innovative solutions. We are delighted to support these projects as part of the collective effort needed to combat climate change,” said Dr. Nidhi Pundhir, Vice President, Global CSR, HCLTech.

Since its launch, HCLTech Grant Americas has received a positive response from NPOs in Americas. Within 19 weeks of its launch, the program received 238 registrations and 91 eligible applications from all 10 target countries: Argentina, Brazil, Canada, Colombia, Costa Rica, Guatemala, Mexico, Panama, Peru and the US. Through rigorous vetting, the top 10 applications were selected, followed by the HCLTech Grant Jury nominating the top three finalists.

HCLTech has a sharp focus on Sustainability. The company is committed to becoming net zero by 2040 and reducing scope 1 and 2 emissions by 50% by 2030. Since the baseline year of FY20, the company has reduced per capita scope 1 and 2 emissions by 22%. It is the first India-headquartered IT services company to join the Water Resilience Coalition and endorse the CEO Water Mandate.

With a total of investment of over $ 175 million in CSR globally so far, HCLTech has helped transform over 6.5 million lives, brought 72,000 acres of land under green governance, harvested 76 billion liters of water and had a positive impact on 92,000 animals.

HCLTech has been recognized by Ethisphere as one of the World’s Most Ethical Companies 2024 and has been included in the S&P Global Sustainability Yearbook 2024 for the second year in a row. Global environment non-profit CDP has recognized HCLTech with A- leadership rating for its climate change initiatives.

In India, HCLTech Grant, a flagship program of HCLFoundation, has touched over 2 million lives across 27,000+ villages through the grant recipient NPOs.