The Ministry of Environment and Climate Change (MOECC) signed a cooperation program with ExxonMobil Research Qatar Ltd. to study biodiversity and prepare seabed maps in the northwestern areas of the State of Qatar, as part of the memorandum of understanding signed between the two sides in 2023.In the presence of HE Minister of Environment and Climate Change Dr. Abdullah bin Abdulaziz bin Turki Al Subaie, the program was signed on behalf of the MOECC by Assistant Undersecretary for Protection and Natural Reserves Affairs Dr. Ibrahim Abdul Latif Al Maslamani, and on behalf of ExxonMobil Research Qatar Ltd. by Director of Research and Vice President Dr. Easa Al Musleh.The cooperation aims to study and classify marine biodiversity in the northwestern areas of the State of Qatar using environmental DNA technology, and to prepare accurate seabed maps, in support of efforts to protect marine ecosystems and employ modern technologies in monitoring and studying environmentally significant areas in the country.The program includes conducting field surveys, collecting environmental samples, using remote sensing techniques and high-resolution satellite imagery, benefiting from bathymetric data using LiDAR technology, in addition to conducting a temporal analysis of environmental changes in the region.MOECC, represented by the Department of Environmental Monitoring and Inspection, is also cooperating in conducting a preliminary environmental survey prior to the start of the project, to assess seawater quality and seabed sediment quality, with the results of this survey to be used as a baseline for the project.In this context, Dr. Ibrahim Abdul Latif Al Maslamani confirmed that the cooperation program with ExxonMobil Research Qatar Ltd. comes within the framework of the Ministry's efforts to protect marine ecosystems and support specialized scientific studies that contribute to understanding the components of biodiversity in marine environments in the State of Qatar.Al Maslamani explained that the northwestern areas of the country represent a site of high environmental importance, making their study and the preparation of accurate seabed maps an important step to support environmental monitoring work and provide scientific data that contributes to the protection and sustainable management of marine habitats.He pointed out that the use of environmental DNA technology in studying and classifying marine biodiversity represents a qualitative addition to research and monitoring tools, due to its ability to detect species and biological indicators through environmental samples, thereby enhancing data accuracy and supporting environmental decision-making.For his part, Director of Research and Vice President of ExxonMobil Research Qatar Ltd. Dr. Easa Al Musleh confirmed that the program reflects the ongoing cooperation with the Ministry of Environment and Climate Change in the field of environmental studies and scientific research, noting the company's keenness to employ modern technologies and research expertise to support national efforts in marine environmental protection.Al Musleh added that the project will contribute to providing specialized scientific outputs, including a scientific report on biodiversity containing results of environmental DNA analysis and diversity indicators, precise digital seabed maps and geographic information system data, in addition to a report on the environmental status of the region and a brief awareness booklet in Arabic and English.In a related context, MOECC and the ExxonMobil Research Center Qatar announced the completion and delivery of a research project on mangrove trees in the State of Qatar, which resulted in identifying several suitable coastal sites for their cultivation, as part of the memorandum of understanding signed between the two sides in 2023.The project was based on an integrated scientific methodology combining data analysis, field studies, and advanced modeling techniques, aiming to assess the Qatari coasts and identify the most suitable locations for mangrove growth, in support of environmental planning and coastal ecosystem protection and rehabilitation programs.The results of the project showed that the areas suitable for mangrove growth exceed their current distribution range, with Al Reem Reserve identified as a high-priority area, while Al Dhakhira and Al Zubarah were classified as medium-priority sites.The two sides had signed the memorandum of understanding in 2023 to enhance cooperation in the fields of scientific research and technology, provide technical advice, offer training and exchange expertise opportunities, and implement research projects that support efforts to protect ecosystems in the State of Qatar.