Science For more than ten years, the Khaled bin Sultan Living Oceans Foundation has been conducting cutting-edge coral reef research in remote locations around the world. Wherever we work, our core marine science team partners with who are familiar with the marine community and understand the major threats coral reefs face in their waters. To date, our collaborative approach to scientific research has focused on: • Characterizing the community structure and functional role of reef fishes, stony corals, algae and other ecologically and economically important organisms in marine ecosystems.

• Mapping the spatial distribution of marine habitats in poorly studied, remote coral reef ecosystems. • Studying the relationships between coral reef organisms and their interactions with the natural and human environment. • Assessing the current status and major threats to coral reefs and studying factors that can enhance their capacity to survive in a rapidly changing environment. All of our scientific findings and are and shared freely with participating countries and scientific and regulatory organizations so that they can be used to develop sound environmental management strategies for coral reefs. Global Reef Expedition Our marine science team is currently conducting the world’s largest coral reef research survey: the, a 6-year research mission that will circumnavigate the globe aboard the M/Y Golden Shadow to study the health and resiliency of coral reefs.

Khaled bin Sultan Living Oceans Foundation. The Khaled bin Sultan Living Oceans Foundation is dedicated to the conservation and restoration of living oceans and pledges to champion their preservation through research, education and a commitment to Science Without Borders.®. The Vaquita, or Gulf of California porpoise, is a solitary sea mammal that enjoys swimming at a leisurely pace in shallow waters. It weighs around 48 kilos on average and measures 1.5 meter in.

The primary scientific goals of the Expedition are to map and characterize coral reef ecosystems, assess their current status and major threats, and examine factors that enhance their ability to resist, survive and recover from major disturbance events.

Download free accident reconstruction software download. Virtual CRASH accident reconstruction software is used for accident reconstruction simulation analyses involving passenger vehicles, pedestrians, bicycles, motorcycles, commercial vehicles, and more. Virtual CRASH can be used for drawing scale diagrams, building 3D models, performing physics studies, creating animations, and more!