On Earth Day 2026, the global theme “Our Power, Our Planet” calls for renewed focus on how science, innovation, and collective action can shape a more sustainable future. At NYU Abu Dhabi, this ambition is being realized through researchers at the forefront of scientific discovery, working within a globally networked, interdisciplinary research ecosystem that is generating insights shaping how nations respond to environmental change.
In the United Arab Emirates, where extreme heat, water security challenges, and rapid development intersect, the need for actionable environmental intelligence is particularly urgent. At the heart of this effort is the Mubadala Arabian Center for Climate and Environmental Sciences (ACCESS) at NYU Abu Dhabi, where researchers are building the scientific foundations that enable more informed, resilient, and forward-looking decision-making.
Building the Intelligence Behind Climate Action
The Center’s mission is to pursue world-class, curiosity-driven research on the environment and climate of the UAE and the wider Gulf region, an area that remains significantly understudied despite its global importance.
Research led by Professor John Burt and colleagues in the Burt Marine Biology Lab has provided a comprehensive, Gulf-specific framework for coral relocation, offering practical guidance for preserving reef ecosystems in areas where coastal development cannot be avoided. At the same time, ACCESS coordinates the UAE’s national coral reef monitoring program, contributing directly to biodiversity conservation and strengthening the country’s role in regional environmental governance.
Similarly, ongoing monitoring of algal blooms, led by researchers including Associate Professor of Biology Shady Amin, demonstrates how real-time scientific observation can inform public health and environmental management decisions, ensuring that emerging risks are understood and addressed before they escalate.
New Frontiers in Renewable Energy
ACCESS researchers are also exploring emerging opportunities that could complement and expand the UAE’s clean energy portfolio, including tidal energy.
Through advanced oceanographic modeling, researchers are studying the hydrodynamics of deep, tide-driven waters off the coast of Ras Al Khaimah. These studies assess whether the natural movement of water in the region can be harnessed as a reliable, renewable energy source, adding a new dimension to the UAE’s energy strategy.
This work reflects a broader shift in how renewable energy is understood: not as a single technology, but as a diversified system. By investigating underexplored resources such as tidal currents, NYU Abu Dhabi is helping expand the boundaries of what renewable energy can look like in different environmental contexts.
The Role of Climate Modeling
As climate risks grow more complex, the ability to anticipate change is becoming as important as the ability to respond.
At ACCESS, atmospheric and marine modeling are central to this capability. High-resolution models simulate everything from heat waves and dust storms to ocean currents, salinity, and water quality, providing a detailed picture of how environmental systems behave today and how they are likely to evolve in the future.
For policymakers, this represents a critical shift: from reacting to events to planning for them.
These models support a wide range of national priorities, including infrastructure planning, energy system resilience, public health protection, and environmental conservation. In a country where coastal infrastructure, desalination, and marine ecosystems are tightly interconnected, understanding these dynamics is essential.
Importantly, ACCESS researchers are pushing beyond traditional global climate models, which often lack the resolution needed for local decision-making.
Our ambition is to build a fully integrated regional ‘digital twin’ of the UAE, bringing together ocean, atmosphere, and environmental systems into a single predictive framework that allows us to test detailed ‘what-if’ scenarios before decisions are made.
Such a system would represent a step change in climate intelligence, enabling policymakers to test strategies before implementation, optimize resource allocation, and respond more effectively to emerging risks.
Science in Service of Nature
Alongside environmental modeling and monitoring, ACCESS is also driving innovation in ecosystem restoration.
A flagship initiative is the use of the Coral Bleaching Automated Stress System (CBASS), which allows scientists to rapidly assess how different coral species respond to rising temperatures. By identifying heat-tolerant corals across multiple reef systems, researchers are providing the scientific basis for large-scale restoration efforts.
The data we are collecting gives us a much clearer picture of how different coral species respond to heat stress at both the species and population levels. Crucially, it allows us to move from observation to action, informing reef restoration strategies and helping conservation teams prioritize the corals most likely to survive in a warming climate.
This work directly supports national targets, including the Environment Agency – Abu Dhabi’s ambition to restore millions of corals by 2030. By ensuring restoration efforts focus on the most resilient species, the initiative increases the likelihood that reefs will survive, and thrive, in a warming world.
The Power of Research
Earth Day 2026 reminds us that addressing environmental challenges requires more than ambition, it requires knowledge, collaboration, and sustained commitment. At NYU Abu Dhabi, that knowledge is being translated into action through advanced climate intelligence, new renewable energy pathways, and data-driven ecosystem restoration.
This is not only research in response to global challenges. It is research that shapes how societies anticipate, adapt, and thrive. In one of the world’s most demanding environments, researchers at NYU Abu Dhabi are helping to define what a sustainable future looks like, and how it can be achieved.