Computers Reveal Forests of Endangered Tropical Kelp

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    Computers Reveal Forests of Endangered Tropical Kelp

    2007 September -   A research team led 
    by San Jose State University and the University of California-Santa 
    Barbara has discovered forests of a species of kelp previously thought 
    endangered or extinct in deep waters near the Galapagos Islands. 
    The scientists say this discovery has important implications for 
    biodiversity and the resilience of tropical marine systems to climate 
    change. The research paper describing the discovery is published in this 
    week’s on-line issue of the "Proceedings of the National Academy of 
    Sciences." 
    "The ecosystems that form in these cold, deep pockets beneath warm 
    tropical waters look more like their cousins in California than the 
    tropical reefs just 200 feet above," said co-author Brian Kinlan, a 
    researcher with UC Santa Barbara’s Marine Science Institute. 
    "It is very similar to what we see when we climb a high mountain. For 
    example, high alpine country in California looks more like Alaska," he 
    said. 
    Kinlan and Michael Graham, associate professor at SJSU, began by 
    developing a mathematical model designed to predict likely habitat for the 
    kelp, Eisenia galapagensis, based on information from satellites and 
    oceanographic instruments on conditions including light, depth and 
    nutrient availability. 
    Collaborator Louis Druehl, of the Bamfield Marine Science Centre, 
    suggested it was possible to create a predictive model for locating kelp 
    forests rather than focusing on the limited details available from rare 
    field observations. 
    The research team tested the model by traveling to the predicted habitat, 
    where they searched for the kelp. Students wearing scuba gear found the 
    kelp forests from 40 to 200 feet below the surface, making the mission a 
    success. 
    The students conducted their surveys alongside the world's only seagoing 
    iguanas, Amblyrhynchus christatus. 
    The mission's success has three major implications, the scientists say. 
    First, IUCN-World Conservation Union, which recently added Eisenia 
    galapagensis to its global database of threatened species, may reconsider 
    that action. 
    Second, the model may find other marine life presumed endangered or rare 
    but actually hidden beneath the ocean's surface. 
    The third implication of the research is that marine biodiversity may be 
    more tolerant of climate change than presumed. 
    Graham teaches and conducts research at the Moss Landing Marine 
    Laboratories, founded in 1966 by an SJSU-led consortium of seven CSU 
    campuses. Kinlan plays a similar role at UC Santa Barbara's Marine Science 
    Institute. The Hall Family Foundation, Charles Darwin Foundation and the 
    National Science Foundation provided financial support for the project. 
    Collaborators included the Charles Darwin Research Station in the 
    Galapagos, Bamfield Marine Science Centre in Canada, and the UC Davis 
    Bodega Marine Laboratory. 
    


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