November is the month for cozy sweaters and cold weather. Sadly, manatees don’t have the luxury of going out and buying warmer clothes to prepare for winter weather. Beginning in November, many manatees make their way from the cooling Mid-Atlantic coast to the warm waters around Florida. That is why November has the honor of being Manatee Awareness Month!
This month got off to a great start with Polar Bear Week, we just didn’t think November could get any better — but it did — with Manatee Awareness Month! To celebrate our favorite sea cow, here are a few reasons why we love these gentle, easy going marine mammals.
The start of November can only mean one thing — it’s Polar Bear Week!
Up north in Churchill, Manitoba, polar bears are undertaking their annual migration to Hudson Bay, where sea ice is reforming after summer melts. After a long few months of fasting, the migration marks the bears’ return to their icy seal-hunting grounds where their favorite snacks are ringed and bearded seals. Polar Bear Week is specifically timed to coincide with this migration (meaning you’ll be distracted all week, watching the live polar bear cam!).
Join Ocean Conservancy in celebrating Polar Bear Week. We can’t think of a better way to start the week off right than by brushing up on your polar bear knowledge with these four furry factoids below.
Halloween is the time of year to celebrate all of the interesting, weird and creepy beings from around the world. The ocean is particularly abundant in unique-looking organisms. Ranging from the deep sea to shallow waters, the ocean is full of creepy creatures with some amazing skills – and here at Ocean Conservancy, we love them all. That’s why, this Halloween, we gathered some of our favorite eerie ocean animals to celebrate this spook-tacular holiday.
The past few weeks have delivered a lot of good news to those of us who feel that offshore drilling in Arctic waters is too risky and too much of a threat to both the region and the planet’s climate. But, while we have two pieces of good news to share with you, these victories are temporary. We still need to work together on solutions to protect our future from risky offshore drilling.
Ocean change is happening, and all of us who love and rely on the ocean are recognizing how important that is for our future. Ocean Conservancy recently participated in the Our Ocean conference in Chile, where global leaders convened to advance solutions to changes and threats to our ocean like illegal fishing, marine plastic pollution, and ocean acidification. Scientists, too, have been focusing on these challenging problems and responses to them. It is clear that if we are to confront the consequences of a changing ocean, we will need more and better science to anticipate these changes and respond proactively to protect the ocean’s future and our own.
Around here, we’re always thinking about the ocean. But sometimes the ocean isn’t always top-of-mind for world leaders, who must balance many pressing concerns. Nevertheless, dozens of world political, scientific, and environmental leaders made time to attend the second “Our Ocean” conference in Valparaiso, Chile last week.
Continuing the momentum developed at the first “Our Ocean” meeting in June 2014, speakers reviewed the critical importance of caring for the ocean that sustains human life. Ocean acidification was one of the main conference topics, and speakers underscored our best option for curbing it: cutting atmospheric carbon dioxide pollution.
In the past, we’ve shared good news with you about ocean acidification research funds allocated by the Federal government. Ever wonder what sorts of research projects NOAA supports with this money? A few days ago, NOAA announced three new awards to universities totaling $1.3 million to study how ocean acidification is changing the coastal ocean. We already know that nearshore waters are becoming more acidic and losing oxygen. These three universities will be looking at the root causes, and trying to understand what that means for marine plants and animals, and the people that rely on them.
What’s new and particularly ambitious about these projects is that they will study ocean acidification in coastal environments, which are incredibly complex. Not only do coastal waters take up carbon dioxide from the atmosphere, but they also receive fertilizer, sewage, and toxic chemical pollution from coastal development, host vibrant ecosystems, and receive pulses of freshwater runoff after storms. The net effect is that coastal water chemistry is the product of these layered processes. None of the processes happens at the same time or in the same place, making it difficult to understand which processes drive which effects.