World Resources Institute

World Resources Institute WRI is a global research organization working to improve people’s lives, protect nature and halt climate change 🌍 But it doesn’t have to be this way. Change It.

WRI works to improve people’s lives, protect and restore nature and stabilize the climate. As an independent research organization, we leverage our data, expertise and global reach to influence policy and catalyze change across systems like food, land and water; energy; and cities. Our 2,000+ staff work on the ground in more than a dozen focus countries and with partners in over 50 nations.

** O

ur Challenge **

The world faces converging crises. Widening inequality threatens communities around the globe. Unsustainable production and rampant consumption degrade the forests, clean water and other natural resources on which we all depend. And the impacts of climate change, from withering heat to devastating floods, grow ever more destructive. The causes of these crises are not isolated but intertwined, rooted in economic, financial, and governance systems that have strained the planet’s health while benefiting only some. Much as today’s challenges are interconnected, so, too, are the solutions. Done right, action to curb climate change and protect nature can also fundamentally and equitably benefit all people. We are working toward a future where everyone can enjoy clean air, walkable cities, healthy landscapes, good jobs, nutritious food and affordable energy. Ecosystems are thriving. The climate is stable.

** Our Approach **

We know that a better future is possible. But it won’t be achieved through piecemeal solutions. Rather, we must overhaul the unsustainable production and consumption patterns driving today’s crises. WRI is focused on transforming the human systems that profoundly impact people, nature and the climate. This includes how we manage food, land and water; produce and use energy; and design and manage cities. To enable change at the pace and scale needed, we also work to shift the economic, finance and governance structures that shape people’s decisions and behaviors. We zero in on the countries and solutions most important for driving this global transition. WRI works with a diverse range of stakeholders to develop pathways toward equitable, low-carbon, and resilient economies that are tailored to local contexts. And we measure our success not by internal benchmarks but by visible progress in the world. This bold vision requires a formula for success. We call ours “Count It. Scale It.”:

> Count It: Our work is guided by timely, independent research. WRI experts use cutting-edge methods to collect and analyze data, pinpoint problems, assess potential solutions and evaluate real-world outcomes. Our research is subject to rigorous peer reviews to ensure it is both credible and actionable. For example, our Aqueduct project uses open-source, peer-reviewed data to map water risks like floods and scarcity around the world. It reveals which countries and areas will face the greatest water-related threats in the coming years and advises governments and companies on strategic water management practices.

> Change It: We then use our research to inform action on the ground. We start locally, partnering with communities, companies and government agencies to pilot innovative solutions with widespread potential. We help clear barriers to implementation and then monitor progress to learn what works — and what doesn’t. In rural Africa, we work with local electricity planners to analyze data from our Energy Access Explorer tool, identifying areas that lack power and where clean energy can support local development. We have collaborated with partners to install distributed solar at rural health clinics, often providing affordable and consistent electricity to these facilities for the first time.

> Scale It: Once tested, we strive to expand our successes nationally, regionally and globally. We work with stakeholders ranging from community members to national governments to adapt leading approaches to their needs and mobilize resources. And we make our learnings accessible through partnerships, publications and tools so others can follow suit. In India, WRI experts spent over two years working side-by-side with the government to develop a national electric bus plan that will deploy tens of thousands of e-buses in cities across the country. This deep local engagement is informing how we collaborate with cities in Latin America, Africa and Asia to scale up local e-bus adoption and spur global momentum toward cleaner public transport.

** Where We Work **

WRI works in settings ranging from UN climate negotiations to city halls. While we lead and support initiatives around the globe, many of our efforts are concentrated in countries with the most potential to unlock global transformation. These focus countries house many of the world’s most vulnerable people, contain vitally important natural landscapes and produce significant greenhouse gas emissions — or will in the coming years as their economies and populations expand. We have country offices in Brazil, China, Colombia, Democratic Republic of the Congo, Ethiopia, India, Indonesia, Kenya, Mexico, Rwanda and the United States, as well as regional offices in Africa and Europe.

✈️🌽New WRI research shows that underutilized corn stover could be put to better use by helping reduce emissions in one o...
06/02/2026

✈️🌽New WRI research shows that underutilized corn stover could be put to better use by helping reduce emissions in one of the most difficult sectors to decarbonize — aviation.

Making jet fuel from corn stover is a win-win: It turns underutilized waste into an energy resource without expanding our agricultural footprint. Moreover, using stover can reduce airplane emissions by 75% or more compared to planes powered by fossil fuel. This is in sharp contrast to converting vegetable oil or corn ethanol into jet fuel, the primary approaches currently being pursued in the United States.

Learn more➡️ https://go.wri.org/saf-fb

The world is aging. And public transportation cannot keep up. While many countries are shifting towards an aging populat...
06/02/2026

The world is aging. And public transportation cannot keep up. While many countries are shifting towards an aging population, China's case is particularly noticeable.

Our researchers analyzed where Beijing's public transportation systems fell short, and what can help🔗 https://go.wri.org/aging-transit-fb

05/31/2026

What does crossing 1.5°C really mean for our planet, our economies, and our lives? And why is it still possible to change course?

Watch this quick explainer — then dive deeper into the data and pathways forward. Read the full breakdown: https://go.wri.org/criticalwarming

05/30/2026

Today, most greenhouse gas emissions can be traced to five key sectors:

⚡ Energy
🌽 Agriculture
🏭 Industrial processes
🗑️ Waste
🌲 Land use, land-use change and forestry

breaks it down: https://go.wri.org/ghg-charts-fb

🌡️🌲Urban heat is rising. Our tree cover isn’t keeping up. Urban trees can reduce temperatures, lower energy demand, impr...
05/29/2026

🌡️🌲Urban heat is rising. Our tree cover isn’t keeping up.

Urban trees can reduce temperatures, lower energy demand, improve public health and deliver more than $3 in benefits for every $1 invested.

👉 Read more about how cities can turn this opportunity into action: https://bit.ly/4tgLSDQ

05/28/2026

🌍 : The Land-Use Climate Change Feedback Loop👉 https://go.wri.org/climate-feedback-loop

Land-use change is a big driver of global warming—deforestation and agriculture alone cause nearly 25% of human-made greenhouse gas emissions.

🌳😌🌇The cooling power of trees starts with shade.When surfaces like pavement, rooftops and buildings are exposed to direc...
05/27/2026

🌳😌🌇The cooling power of trees starts with shade.

When surfaces like pavement, rooftops and buildings are exposed to direct sunlight, they absorb and store heat, releasing it back into the air long after the sun goes down. Trees interrupt that process. They shade sidewalks, streets and people, preventing surfaces from heating up in the first place. They also cool the surrounding air through evapotranspiration, the release of water v***r from leaves.

Together, shade and evapotranspiration allow trees to provide cooling at multiple scales at once — from lowering neighborhood air temperatures to reducing surface heating to easing hyperlocal thermal stress. This all makes outdoor conditions more bearable during the hottest months of the year and reduces heat-induced illness and mortality.

Learn more about the cooling potential of urban trees➡️ https://go.wri.org/cool-trees-fb

05/26/2026

Consider the stats🔽

➡️Nearly 3 billion people lack access to housing that is both safe and connected to basic services like energy, water and sanitation
➡️Around 40% of the world’s population lives in houses located far away from jobs and opportunities
➡️300 million people are currently experiencing homelessness.

This translates into a need to build 96,000 affordable homes worldwide every day from now until 2030.

the growing housing crisis in more detail➡️ https://go.wri.org/world-housing-crisis

🌿  are an overlooked player in climate change mitigation.90% of their   is stored underground, where their diversity hel...
05/23/2026

🌿 are an overlooked player in climate change mitigation.

90% of their is stored underground, where their diversity helps increase the amount of organic carbon stored in roots and soils.

Because of this, and because many grasslands plants have deep and resilient root systems, their carbon stores may be more stable than those in forests, better able to withstand environmental stressors like and fires.

👉Learn more about the many benefits of grasslands: https://go.wri.org/grassland-benefits-fb

Address

10 G Street NE Suite 800
Washington D.C., DC
20002

Alerts

Be the first to know and let us send you an email when World Resources Institute posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Featured

Share