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报告编号NASA-CR-184662, NAS 1.26:184662
来源IDNTRS_Document_ID: 19890006073
A multi-sensor remote sensing approach for measuring primary production from space
Gautier, Catherine
英文摘要It is proposed to develop a multi-sensor remote sensing method for computing marine primary productivity from space, based on the capability to measure the primary ocean variables which regulate photosynthesis. The three variables and the sensors which measure them are: (1) downwelling photosynthetically available irradiance, measured by the VISSR sensor on the GOES satellite, (2) sea-surface temperature from AVHRR on NOAA series satellites, and (3) chlorophyll-like pigment concentration from the Nimbus-7/CZCS sensor. These and other measured variables would be combined within empirical or analytical models to compute primary productivity. With this proposed capability of mapping primary productivity on a regional scale, we could begin realizing a more precise and accurate global assessment of its magnitude and variability. Applications would include supplementation and expansion on the horizontal scale of ship-acquired biological data, which is more accurate and which supplies the vertical components of the field, monitoring oceanic response to increased atmospheric carbon dioxide levels, correlation with observed sedimentation patterns and processes, and fisheries management.
英文关键词FISHERIES MARINE ENVIRONMENTS OCEANOGRAPHIC PARAMETERS REMOTE SENSING CHLOROPHYLLS IRRADIANCE PHOTOSYNTHESIS SURFACE TEMPERATURE UPWELLING WATER
出版年1989
报告类型Technical Report
语种英语
国家美国
URLhttp://hdl.handle.net/2060/19890006073
资源类型科技报告
条目标识符http://119.78.100.177/qdio/handle/2XILL650/259138
推荐引用方式
GB/T 7714
Gautier, Catherine. A multi-sensor remote sensing approach for measuring primary production from space,1989.
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