Search
Now showing items 1-4 of 4
Effects of diet, temperature, salinity and season on wasting disease in ecologically important predatory sea stars
(Friday Harbor Laboratories, 2014-06-30)
This study investigates sea star wasting disease seen in ecologically important predatory sea stars on intertidal coasts of San Juan Island, Lopez Island and Orcas Island (Washington, United States). Three experiments were conducted to analyze the effects of diet, temperature, salinity on the vulnerability of sea stars to ...
The effects that diet, salinity and temperature contribute to Seastar Wasting Disease in Pycnopodia helianthoides and field surveying Pisaster ochraceus
(Friday Harbor Laboratories, 2014-06)
This study investigated Seastar Wasting Disease (SWD) in both Pycnopodia
helianthoides and Pisaster ochraceus, involving field surveying, diet, temperature and
salinity experiments. SWD describes a set of symptoms that has been seen in sea stars
and it is most easily recognized by the presence of white lesions, tissue ...
Effects of diet, temperature, salinity and season on wasting disease in ecologically important predatory sea stars
(Friday Harbor Laboratories, 2014-06)
This study investigates sea star wasting disease seen in ecologically important predatory sea stars on intertidal coasts of San Juan Island, Lopez Island and Orcas Island (Washington, United States). Three experiments were conducted to analyze the effects of diet, temperature, salinity on the vulnerability of sea stars to ...
The effects that diet, salinity and temperature contribute to Seastar Wasting Disease in Pycnopodia helianthoides and field surveying Pisaster ochraceus
(Friday Harbor Laboratories, 2014-06-30)
This study investigated Seastar Wasting Disease (SWD) in both Pycnopodia
helianthoides and Pisaster ochraceus, involving field surveying, diet, temperature and
salinity experiments. SWD describes a set of symptoms that has been seen in sea stars
and it is most easily recognized by the presence of white lesions, tissue ...