The GCC is expanding solar energy infrastructure at a record pace across landscapes that are more ecologically complex than they appear. The challenge—and opportunity—is to ensure that clean energy development and ecosystem health advance together.
Amid ongoing conflicts drawing attention to the Strait of Hormuz and interruptions in vital oil and gas deliveries to worldwide energy systems, a significant shift in the Gulf area has gone largely unnoticed: the swift growth of clean power sources. During the last 10 years, the Gulf Cooperation Council area has become one of the planet's quickest-expanding solar power sectors. Solar energy currently represents about half of the GCC's overall energy sources, rising from under 10 percent in 2014, while the United Arab Emirates and Saudi Arabia accounted for over 90 percent of the Middle East's added solar capacity during 2023.
The extent of this change stands out clearly. When officials first revealed plans for Dubai’s Mohammed bin Rashid Al Maktoum Solar Park back in 2012, the goal was to produce 1,000 megawatts (MW) by 2020. At present, that aim has grown beyond 8,000 MW by 2030. Supported by plentiful sunshine, decreasing prices for equipment, and rising needs from new industries including artificial intelligence and green hydrogen production, countries in the GCC keep elevating their targets for clean energy development.
Although this growth ultimately helps cut greenhouse gases and dependence on traditional fuels, it involves compromises, as is common with most efforts to address climate issues, and these vary depending on the setting. With solar installations spreading over ever-larger territories, increased focus is necessary on the ways solar facilities affect the fragile natural systems where they are located. The GCC is in a strong position to illustrate how advancing renewable power alongside safeguarding natural habitats can occur simultaneously, and the area already holds many of the organizational and technological resources needed to achieve this balance.
The environmental hazards linked to widespread solar projects in the Arabian Peninsula continue to be insufficiently examined. The bulk of solar growth in the GCC involves expansive ground-based setups that span thousands of square kilometers in distant desert zones. Even though these terrains frequently look empty, they hold far greater biological variety than their plain looks indicate.
Deserts across the peninsula sustain vegetation and wildlife that have evolved to handle intense temperatures and limited moisture, frequently gathered in modest yet uniquely important zones. These spots can feature wild versions of plants related to important food crops, which hold value for worldwide agriculture, especially amid shifting weather patterns. Certain locations serve as shelters where unique species endured earlier episodes of major climate shifts, and biological diversity endures thanks to that past protection. Oman’s Dhofar highlands, the site where the Dhofar Governorate Solar Project IV is now under consideration, represent a well-known instance.
Underneath the ground, delicate groups of tiny organisms help hold desert ground in place, stop soil loss, and add nutrients to otherwise unproductive earth, fulfilling a basic though mostly unseen function in supporting overall environmental condition. Any disruption can harm these living soil networks, and renewal in the driest zones may require decades or even hundreds of years, when it happens whatsoever.
Studies in similar dry regions have recorded additional dangers from extensive solar setups: the movement of specialized creatures that support local plants, interference with how plants multiply, and eventually modifications that can alter which creatures can persist in particular locations, thus affecting the overall balance of the natural system. These natural areas already face strains from spreading deserts, landscape damage, and climate shifts. Broad solar construction introduces yet another source of strain, one that stays inadequately studied within the particular setting of the Arabian Peninsula.
None of these potential problems argues for halting solar growth. Cutting carbon output is pressing, and the area's energy path is established. Yet harm to nature from solar projects is not unavoidable. It depends mostly on how the work is carried out.
The best approach to reduce effects on nearby natural systems involves careful or forward-looking placement, favoring land that has already been altered or harmed, and steering clear of biologically important zones right from the start. Global organizations, such as the International Union for Conservation of Nature (IUCN), advise that builders should completely sidestep sensitive biological spots first, then lessen any necessary effects, and repair or compensate for what is left. When put into practice at the initial stages of project development, this method can decrease environmental damage without undermining project feasibility.
Such efforts demand thorough, location- and area-focused information collected prior to any project layout. Although worldwide tools for charting living diversity can highlight potential issues during early reviews, they must be supplemented with local and country-level records. Still, information on natural features in extremely dry zones of the Arabian Peninsula stays scarce. Filling this shortfall demands organized studies of existing conditions before building starts, drawing from the area's established skills in reviewing environmental effects, ongoing observation, and fixing sites gained over many years of industrial and building activities. It will further involve incorporating traditional insights from herding groups, details on periodic water movement, plant distributions, and animal paths that standard checks often overlook, with environment and culture departments throughout the GCC suitably equipped to record and combine these elements. Moreover, merging such information into one unified Gulf-wide natural data system would support uniform documentation and evaluations among various efforts and national boundaries, advancing broader worldwide knowledge of dryland natural systems.
Saudi Arabia is quickly broadening its network of safeguarded territories. Abu Dhabi’s Environment Agency directs extensive programs for protecting wildlife. Oman maintains established systems for conservation. The chance exists now to apply this organizational strength to choices made during specific projects from the very beginning, prior to business choices that fix placement decisions hard or expensive to adjust or undo.
Investment funds controlled by governments and government-linked companies, which back most of the area's big solar facilities, stand especially ready to lead this change. With nearly 90 percent of such regional government-controlled investments already following environmental, social, and governance (ESG) guidelines, a solid organizational foundation exists for adding more structured nature-focused rules into project planning and purchasing. Reporting systems meant to handle nature-related hazards supply useful methods for this: spotting sensitive biological zones promptly, evaluating risks to natural systems at every location, and mandating that results reach investors before work commences. These rules work best when introduced soon, and they avoid the much higher expenses from interruptions that arise when environmental issues emerge after building is underway.
The area's energy collaborations create another avenue. Involvement by Chinese firms as builders, suppliers, and providers of gear for the GCC's clean energy efforts totaled an estimated $9.5 billion from 2018 through 2023, with ties continuing to grow. China has created environmental rules for investments in infrastructure abroad as part of its Belt and Road Initiative (BRI), featuring mandates for environmental reviews and safeguarding biodiversity in important natural zones. When put into practice steadily, these structures would cover solar initiatives throughout the Gulf. They further create grounds for stronger joint work through common environmental tracking, sharing of expertise, and skill development centered on desert natural systems. China's background with major solar arrays in dry territories, including examples where setups aided plant growth on damaged ground, supplies valuable insights into both possibilities and hazards of solar projects in desert settings. Saudi Arabia’s ACWA Power has started forming this sort of international research connection via its Shanghai-based Overseas Innovation Center.
The advantages of solar growth rely fully on the methods and locations chosen for developments. Initial planning, placement choices, and blending with natural features prove key to whether solar spread leads to damage or promotes stronger harmony with nearby natural systems. Appropriate structures are available, organizations stand ready, and funding is dedicated. The absent element is connecting this management structure to the point in the development timeline when it counts most, early enough so that placement follows biological information instead of fixes coming after building starts.
As the GCC's solar presence reaches into some of the globe's most unique dryland natural areas, the region holds a real chance to demonstrate responsible large-scale solar building in desert conditions. Through this, the GCC would not just safeguard its own terrains but also establish a model that others can follow for solar growth in dry regions where comparable natural systems, backers, and decisions are coming together.
Originally reported by Middle East Council on Global Affairs on Jun 28, 2026.
