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Fish, squids and corals full of organisms whose names you can’t even begin to pronounce - our oceans are brimming with life. Yet sometimes it seems that many on land have forgotten that life once began in the ocean and still plays a big role in maintaining the balance on this planet. Even in this modern day, despite all the scientific evidence and policy achievements, there is a lot to be done in order to safeguard many of our key marine species and ecosystems

Have you heard the most recent climate change news? The World Meteorological Organization just announced that in April, CO2 levels in the northern hemisphere reached an average of more than 400 ppm (parts per million is a ratio of CO2 molecules to all other molecules in the atmosphere).  While this is not the first time levels that high have occurred, it is the first time scientists have seen a whole month of levels that high.

Last week, Oceana senior advisor Alexandra Cousteau, granddaughter of famed oceanographer Jacques Cousteau, spoke to several audiences in Spain about how we can save the oceans to feed the world. It is a message we must share with anyone who will listen (and many who still refuse to).

There are 7 billion people on the planet, and the UN estimates that number will reach 9 billion by 2050.

It’s been three years since Oceana set up shop in Copenhagen to work exclusively on restoring the Baltic Sea, one of the most polluted and threatened seas in the world.

Here is the catch: On paper, the Baltic region is leagues ahead of most of Europe when it comes to designating marine protected areas. On paper, 12% of the Baltic Sea is protected, which means on paper, the region has met and surpassed the goal laid out by the UN to protect 10% of the world’s oceans by 2020.

The intriguing species that live in the deep-sea, hundreds of metres below the ocean’s surface, are some of the least suitable fish in the world for supporting commercial fisheries. Physiologically, they have adapted to life in a cold, dark environment where resources are patchy and in scarce supply. As a result, biological processes happen on a much slower timescale for many deep-sea fish than for species that live in shallow waters; they grow slowly, they begin to reproduce at a late age, and can live for many years.