outplanted into the environment where they are needed. - over the next eight years, - until 2030, we try to bring back the.the.the diversity- and the coral cover we used to have about 25 years ago. to speed up the growth, a very low voltage electrical current is run through the frames. the technology that we apply here is called the mineral- accretion technology. it helps the corals to grow faster, they become more resilient- and the survival rates are better. the technology has been around for years, and is proven. but the challenge now is in applying it on a massive scale. many nurseries use these steel frames to grow corals. thank you very much! bye bye! take care. but my next destination is experimenting with an alternative approach. i m on nearby summer island to join the island s dive master, arjan sierink.
thousands of colonies saved from a nearby site have been planted here. aki allahgholi, a former banker turned coral specialist is leading the project. the goal is to produce, basically, 50,000 corals every year to be l outplanted into the environment where they are needed. - over the next eight years, - until 2030, we try to bring back the.the.the diversity- and the coral cover we used to have about 25 years ago. to speed up the growth, a very low voltage electrical current is run through the frames. the technology that we apply here is called the mineral- accretion technology. it helps the corals to grow faster, they become more resilient- and the survival rates are better. the technology has been around for years, and is proven.
back the.the.the diversity and the coral cover we used i to have about 25 years ago. to speed up the growth, a very low voltage electrical current is run through the frames. the technology that we apply here is called the mineral- accretion technology. it helps the corals to grow faster, they become more resilient and the survival rates are better. - the technology has been around for years, and is proven. but the challenge now is in applying it on a massive scale. many nurseries use these steel frames to grow corals. thank you very much! bye bye! take care. but my next destination is experimenting with an alternative approach. i m on nearby summer island to join the island s dive master, arjan sierink. hi! good to meet you! pleasure! i ve heard so much about you!
the technology that we apply here is called the mineral- accretion technology. it helps the corals to grow faster, they become more resilient- and the survival rates are better. the technology has been around for years, and is proven. but the challenge now is in applying it on a massive scale. many nurseries use these steel frames to grow corals. thank you very much! bye bye! take care. but my next destination is experimenting with an alternative approach. i m on nearby summer island to join the island s dive master, arjan sierink. hi! good to meet you! pleasure! i ve heard so much about you! and this is what i ve come to see the world s largest 3d printed reef. it was made in australia
over the next eight years, - until 2030, we try to bring back the.the.the diversity- and the coral cover we used to have about 25 years ago. to speed up the growth, a very low voltage electrical current is run through the frames. the technology that we apply here is called the mineral- accretion technology. it helps the corals to grow faster, they become more resilient- and the survival rates are better. the technology has been around for years, and is proven. but the challenge now is in applying it on a massive scale. many nurseries use these steel frames to grow corals. thank you very much! bye bye! take care. but my next destination is experimenting with an alternative approach. i m on nearby summer island to join the island s dive master, arjan sierink. hi! good to meet you! pleasure! i ve heard so much about you!