SeaHarmony welcomes all ocean scientists, ocean educators, resource managers, artists, and ocean related organizations and community groups.
If you could take all of the bigger organisms of the ocean (whales, sharks, fish, squid) and add up their total weight, and then took all of the microscopic organisms (like plankton) in the ocean and added up their total weight, which one would weigh more? You might be surprised to hear that the microscopic organisms weigh over 40 times more than all other organisms in the ocean combined!
ʻŌlelo Noʻeau refer to Hawaiʻian proverbs that generally hold deep historical and cultural lessons. One example is "Ho aʻe ka ʻike heʻenalu i ka hokua o ka ʻale" which translates to "show your knowledge of surfing on top of the waves". The deeper meaning is that talking about one’s skill is not enough, only action can show it. Remember to not only show your knowledge but show your action by helping to conserve our ocean resources.
Green turtles, like all sea turtles, grow very slowly. Different populations of turtles grow at different rates based on habitat quality, availability and abundance of food sources, and environmental conditions. A typical, healthy green turtle will grow only half an inch (1-2 cm) per year until they reach maturity. It likely takes between 25-40 years for a green turtle to reach maturity and reproduce for the first time.
Did you know that life in the deep ocean doesn’t just stop at the sea floor? Scientist have found evidence that microorganisms are living miles below the ocean floor deep down in the sediment! That’s a lot of real estate for some very small creatures.
Even though it’s harder for humans to hear when underwater, sound travels much faster and farther in the ocean than in the air. That allows some animals, like humpback whales, to communicate over very large distances and is why you can sometimes hear them singing loudly while underwater during the winter months.
Photo: World Wildlife Fund Scientists from the World Wildlife Fund attached cameras to humpback whales in the Antarctic to gather information on where, when, and how the whales feed. These cameras were attached to the whales with suction cups and were accompanied by digital tracking tags. After 48 hours, the cameras detach from the whales and float to the surface. From the videos they collected, scientists are also able to learn more about the whales' social behavior and techniques used to clear ice to breathe at the surface. The purpose of this research is to locate priority feeding areas... (more)