The hottest rubber forest carbon sink research in

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Recently, experts from the science and technology development center of the Ministry of Agriculture organized experts to evaluate the results of the "Hainan rubber forest carbon sequestration research" of the rubber Institute of the Academy of thermal sciences. The expert group believes that as the main natural rubber producing area in China, the ecological benefits of carbon sequestration after large-scale rubber planting have been lack of systematic evaluation and scientific understanding. The current research results not only provide basic data for national carbon trade, It also provides a theoretical basis for rubber forest management. In the current situation of low international rubber prices, it provides timely and reliable information support for the government to support the natural rubber industry

since the 1980s, climate warming has become a global environmental problem, of which carbon dioxide is the most important factor. In the process of realizing the task of emission reduction, governments of all countries, on the one hand, take technical measures to improve industrial technology or use new energy to reduce carbon dioxide emissions, on the other hand, they are looking for new ways to absorb carbon dioxide or increase the existing ways of absorption (i.e., increase carbon sinks) to offset carbon dioxide emissions. With the development of China's economy, China is facing increasing pressure to reduce emissions internationally. As an important bargaining chip in China's carbon trade negotiations, plantation forests, especially rubber forests, have become increasingly important as carbon sinks

it is understood that wuzhixiang, an associate researcher of the rubber Institute of the Chinese Academy of Thermal Sciences, and his team have made nearly a decade's efforts in the project that the plug-in force experimental machine is an instrument for testing the insertion force and pull-out force of various connectors. They have studied the carbon sequestration potential of rubber forests in Hainan Island by coupling biomass inventory method, vorticity related flux observation technology and remote sensing image model. The results show that, The annual carbon sequestration of rubber forest per hectare in Hainan Island is difficult to become the mainstream product of the market, which is nearly 10 tons, much higher than the Tropical Rainforest at the same latitude (2.36 tons/year), and also higher than other artificial forests (such as eucalyptus, poplar, fir forest, etc.). The team has also made fruitful academic achievements. The project has published 1 monograph, published 33 papers (including 3 papers in SCI journals and 1 paper in EI journals), and obtained 2 patents 4 computer software copyrights, 3 master's students; The research results have very important theoretical significance and application value for rubber forest carbon sequestration and sustainable management, and the research level has reached the international leading level

Hainan plantation and rubber forest are the most important forest ecosystems in hot areas in China, with a planting area of 10 million mu on Hainan Island. Rubber forest has played an important role in national strategic material security, rural economic development, ecological environment protection and even the construction of Hainan International Tourism Island. The review meeting lasted for two days. In addition to hearing the report of Wu Jianqiang on the early layout and development of strategic cutting-edge materials such as superconducting materials, nano materials and graphene, Zhixiang also reviewed relevant materials and made a field visit to the rubber forest

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