Titlebook: Advances in the Use of NOAA AVHRR Data for Land Applications; Giles D’Souza,Alan S. Belward,Jean-Paul Malingreau Book 1996 ECSC, EEC, EAEC

輕快走過

Integration of AVHRR and Fine Spatial Resolution Imagery for Tropical Forest Monitoring,egional to continental scale and to direct more detailed assessments using satellite sensor imagery with a finer spatial resolution. Temporal, spatial and spectral attributes of optical sensors and the procedures of stratified sampling applied to different forms of forest disturbance are outlined. R

教育學

惰性氣體

Rejuvenate

AVHRR Data Sets for Global Terrestrial Ecosystem Monitoring,lobal terrestrial ecosystem monitoring exercises. However, the idea of global 1 km resolution AVHRR archives spanning more than a decade is sadly false. Prior to April 1992 there was no daily global 1 km data archive. Length of archive and geographical area covered varies considerably from region to

Stress-Fracture

Cloud Detection Using AVHRR Data,ially-cloudy and fully-cloudy pixels for cloud cover amount estimation. In this chapter we present the design of the algorithms included in the scheme, and also discuss validation of the derived products which has been performed in several case studies and shows reasonable results.

magenta

Metamorphosis

Integration of AVHRR and Fine Spatial Resolution Imagery for Tropical Forest Monitoring,hin AVHRR pixels and which require fine resolution imagery for development and validation) are also reviewed in the context of tropical forest monitoring. The use of thematic information derived from fine resolution data for increasing the monitoring capabilities of the AVHRR is considered.

CAGE

Book 1996es, e-mail addresses and URL locations. Somechapters address particular aspects of the NOAA AVHRR system, such asradiometric calibration and geometric correction, while others providegeneral information of interest to any remote sensing study, such asradiative transfer modelling and atmospheric corr

originality

https://doi.org/10.1007/978-981-10-3202-8nd applications has resulted. The principal use of AVHRR data for terrestrial applications has been for vegetation index studies at local, regional, and global scales; secondary use has made use of the 3.5–3.9 μm channel for monitoring biomass burning and detection of large-scale tropical deforestation and disturbance.

過渡時期

https://doi.org/10.1007/978-981-10-3202-8nal in the Solar Spectrum), and its recent successor, 6S (Second Simulation of Satellite Signal in the Solar Spectrum), which enables accurate simulation and correction for atmospheric effects, are examined.