最后对应用遥感技术估测森林生物量的发展趋势作了论述。
Finally the developmental tendency toward the application of remote sensing technology to estimate forest biomass is elaborated.
森林生物量的定量估算为全球碳储量、碳循环研究提供了重要的参考依据。
Aims Quantitative estimation of forest biomass is significant to studies of global carbon storage and carbon cycle.
储存在森林生物量、枯木、垃圾和土壤中的碳量共大约相当大气中碳量的50%。
Carbon stored in forest biomass, deadwood, litter and soil together is roughly 50 percent more than the amount of carbon in the atmosphere.
OCUS组被用来确定在美国南部森林生物量的利用率提高战略接触障碍的机会。
Focus groups were used to identify opportunities, barriers, and strategies for increased utilization of forest biomass in the Southern United States.
结合GIS技术，应用B- P神经网络建立了森林生物量非线性遥感模型系统。
With GIS (Geographic Information system), applying the B-P Nerve Network the nonlinear forest biomass RS (Remote Sensing) modeling system was designed.
利用森林蓄积量推算森林生物量和净生产量的方法，系统研究了我国森林植被的生物生产力。
Method for estimating biomass and net production of forest vegetation from stem volume of stand was proposed in this paper, and biological production all over China was estimated by using this methed.
森林生物量估算是进行陆地生态系统碳循环和碳动态分析的基础，业已成为生态学和全球变化研究的重要内容之一。
As a base to analyze the terrestrial carbon cycle and dynamic, forest biomass estimation has been one of important contents of ecology and global change study.
并通过根钻法对三个不同演替阶段的森林的根系生物量进行了测定和比较。
The soil core method were also used to measure the biomass of roots in forests of three successional stages.
文章提出了利用森林资源连续清查固定样地进行植被种类和生物量调查的技术方法。
In this paper, the methodology of vegetation investigation and biomass statistics in the consecutive inventory of forest resources was put forward.
还考虑了森林密度、树木大小、生物量和森林中获得的大气碳的数量。
They also considered forest density, tree size, bial mess and the amount of atmosphere carbon capture than forests.
越来越多的森林固碳，其一生的木材制品碳储存在和可再生能源都在提供生物量。
Growing forests sequester carbon, wood products store carbon throughout their lifetime, and renewable energy is provided with biomass.
利用2003年河南省森林资源清查资料，建立不同优势树种生物量与蓄积量之间的回归方程，对河南省森林的碳储量进行了推算。
Based on the data of forest resources inventories of Henan Province in 2003, forest biomass carbon storage is estimated using regression equation between biomass of various tree species and volume.
地上部分生物量和总生物量分别是树干生物量的1 28倍和1 8倍，和其它热带、亚热带森林分析的结果相似。
Aboveground and total biomass were 1 28 and 1 8 times that of trunk respectively. Analysis on other tropical and subtropical forests also provided similar results.
地上部分生物量和总生物量分别是树干生物量的1 28倍和1 8倍，和其它热带、亚热带森林分析的结果相似。
Aboveground and total biomass were 1 28 and 1 8 times that of trunk respectively. Analysis on other tropical and subtropical forests also provided similar results.
应用推荐