For the first time, our country has 砗磲 the childish shells.

After two years of technical research and development, the team led by Yu Zibu, a researcher at the South China Sea Ocean Research Institute of the Chinese Academy of Sciences, has successfully solved a series of key technologies such as insect yellow algae implantation, increased attachment pervert rate, and child muscell culture, breaking through the bottleneck of very low larvae pervert rate, and obtained a batch of tridacna squamosa for the first time in China, providing a good foundation forartificial breeding, resource restoration and coral reef ecosystem safety maintenance.
June 22, the Science and Technology Development Bureau of the Chinese Academy of Sciences organized domestic shellfish experts to conduct on-site acceptance of the results of the " Artificial Breeding Technology Research" project implemented by the South China Sea Ocean in Sanya City, Hainan Province.
experts listened to the work of the task force report, conducted a question, on-site inspection, determination of the cultivation of the child shells and their size, and made the above-mentioned evaluation.
previously, although the international has been successfully carried outartificial breeding, but due to larvae implanted in the insect yellow algae and very low pervert rate and other bottlenecks, the relevant domestic units have not been able to successfully breed the muscells for many years.
Yuzi cattle team in the Chinese Academy of Sciences science and technology service network program related projects, the use and innovation of marine shellfish breeding methods, combined with the characteristics of the South China Seaspecies, carried out systematic breeding and technical research and development, and finally seedling success, breeding a number of scales
commonly known as the five claw shellfish, is a large tropical marine coral reef benthic shellfish, mainly distributed in the Indian Ocean, the Pacific Ocean and the South China Sea and other areas.
is unique in that it has a large number of single-celled worm algae symbly symbly in its coat membrane, so it can live on only the nutrients and energy provided by the photosynthemum of the worm yellow algae, while thecoat film rich in insect yellow algae is colorful and colorful as flowers when the shells are opened in the seawater.
not only water cluster viewing and economic shellfish, but also important reef-building and reef-protecting organisms in tropical coral reefs, which play an important role in maintaining the biodiversity of tropical coral reefs and the stability and safety of islands and reefs.
So left: form scales, upper middle: late disk larvae, top right: foot plate larvae, bottom right: double water pipes A, B: child shells, C, D: crawling beetles, E: microscope crawling baby shells, F: microscope "standing" Child musser A: newly formed muscumbe, B: single-water pipe musc?bait, C: coat film two tentacles child muscel, D: coat film multi-tentacle child muscel, E: coat film tentacles small-scale cultivation scales