Sea Grant Climate Network
A Committee of the Assembly of Sea Grant Extension Program Leaders
Customize Your Own Page
Your own profile page is meant to be a reflection of your personality and a storehouse for the the information you would like other members to know about you.
It should contain basic information such as: your title, specialties, home institution, and various links to things you'd like the network to know about. You may wish to include logos and other relevant information too. Photos, videos and outside links are encouraged here, so please don't be shy!
Here are some basic things that will help you get started customizing your page:
1. Change your page's layout
2. Change your page's appearance or theme
3. Add widgets to your page
4. Add your profile photo
5. Add other photos to your page
6. Work with text boxes on your page
It should contain basic information such as: your title, specialties, home institution, and various links to things you'd like the network to know about. You may wish to include logos and other relevant information too. Photos, videos and outside links are encouraged here, so please don't be shy!
Here are some basic things that will help you get started customizing your page:
1. Change your page's layout
2. Change your page's appearance or theme
3. Add widgets to your page
4. Add your profile photo
5. Add other photos to your page
6. Work with text boxes on your page
Page courtesy of the Sustainable Coastal Community Development Network!
Last updated by Robert Emanuel Oct 9, 2009.
To increase the effectiveness of Sea Grant climate programming and outreach nationwide.
Latest Activity
Events
NOAA News Releases
Possible record-setting dead zone for Gulf of Mexico
Scientists are expecting a very large “dead zone” in the Gulf of Mexico and a smaller than average hypoxic level in the Chesapeake Bay this year, based on several NOAA-supported forecast models.NOAA releases draft proposal to expand Thunder Bay National Marine Sanctuary
NOAA today released for public comment a draft environmental impact statement (DEIS) and proposed rule for expanding the boundaries of Thunder Bay National Marine Sanctuary in Lake Huron from its current 448 square miles to 4,300 square miles.2012 ranks as 2nd costliest year with 11 billion-dollar disasters causing more than $110 billion in damages
Sandy caused approximately $65 billion and drought nearly $30 billion in damage, according to a final report by NOAA's National Climatic Data Center.NASA Climate Science
Scientists find ancient microbes in Antarctic lake
In one of the most remote lakes of Antarctica, nearly 65 feet (19.8 meters) beneath the icy surface, scientists have uncovered a community of bacteria.Drygalski Ice Tongue, Antarctica
Take a peek at our latest Earth image of the week. If you like it, download it!Ice sheet loss at both poles increasing, study finds
An international team of experts has produced the most comprehensive and accurate assessment to date of ice sheet losses in Greenland and Antarctica and their contributions to sea level rise.Science Daily Climate News
Stone Age technological and cultural innovation accelerated by climate change
Technological innovation during the Stone Age occurred in fits and starts and was climate-driven, according to new research. Abrupt changes in rainfall in South Africa 40,000 to 80,000 years ago triggered the development of technologies for finding refuge and the behavior of modern humans.Predators affect the carbon cycle, study shows
A new study shows that the predator-prey relationship can affect the flow of carbon through an ecosystem. This previously unmeasured influence on the environment may offer a new way of looking at biodiversity management and carbon storage for climate change.Underwater springs reveal how coral reefs respond to ocean acidification
Ocean acidification due to rising carbon dioxide levels will reduce the density of coral skeletons, making coral reefs more vulnerable to disruption and erosion, according to a new study of corals growing where submarine springs naturally lower the pH of seawater. The study is the first to show that corals are not able to fully acclimate to low pH conditions in nature.
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