China is a low forest--covered country. The forest inthis country is mainly composed of young and middleaged plantations, and most of natural forests concentrateon remote areas. However, there arc two merits forpromotion of forestry in China; firstly there are rich treespecies that can provide an abundant gene pool for plan-..tation, and secondly Chinese government is paying agreat attention to plantation and protection of naturalforests.Since 1980 biomass and productivity have beeBased on a literature review, we re-analyzed Chinese national forest biomass and productivity data and response of predicted forest productivity to global climate changes. Total forest biomass in China was between 4. 0 Pg C (1 Pg C= 109 t C) and 7. 1 Pg C, with a best estimate of 4. 6 Pg C, and total national forest NPP excluding special product plantations and bamboo forest was 0. 4-0. 6 Pg C. a-1, with an average of 0. 5 Pg C. a-1. Studies of the terrestrial ecosystem models and the atmospheric general circulation models showed that prodicted global climate changes increased total forest NPP of China by 12 %-35 %, and that amplitude of change varies from place to place. These results provide effective data for future climate research in China.
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缩写为GSC
GreenandSustainableChemistry《绿色与可持续化学》的缩写为GSC，是一本由科研出版社出版的关于绿色与可持续化学领域最新进展的国际期刊。科研出版社（ScientificResearchPublishing）作为开放读取（OpenAccess）的先行者、世界最大的开源期刊之一，目前已有180多种期刊及配套的电子版本，内容涵盖自然科学、农业科学、医药科学、工程与技术科学、社会科学等领域。多个期刊已被CAS，EBSCO，CABAbstracts，ProQuest，IndexCopernicus，LibraryofCongress，Gale，CSP等数据库全文或摘要收录。GSC的免费下载网址:http://www.scirp.org/journal/gsc.绿色化学是一门从源头上解决污染的学科和科学,是结合了化学,环境,物理,生物等多学科技术的科学,是一个可持续发展的科学.本文介绍了绿色化学的原理及绿色化学与可持续发展的内在联系.并对绿色化学未来的发展趋势进行了相关阐述.
