作者: C. B. Field , J. A. Gamon , J. Peñuelas
DOI: 10.1007/978-3-642-79354-7_24
关键词: Photosynthesis 、 Remote sensing 、 Advanced very-high-resolution radiometer 、 Satellite 、 Spatial ecology 、 Microwave 、 Remote sensing (archaeology) 、 Leaf area index 、 Eddy covariance 、 Environmental science
摘要: Most photosynthesis measurements involve remote determinations. In gas-exchange systems, including those based on chambers, atmospheric gradients, and eddy correlation, determinations are in the sense that effects of leaves, plants, or canopies gaseous environment. radiation-based sensing, subject this chapter, interactions between radiation The wavelength bands potentially useful for related to range from visible through thermal microwave regions. While sensing generally connotes large-scale satellite measurements, can be effectively utilized address questions research ranging spatial scale chloroplast globe.