Pre-Aerosol, Clouds, and Ocean Ecosystem (PACE) Mission Science Definition Team Report. Volume 2; PACE Technical Report Series

[摘要] We live in an era in which increasing climate variability is having measurable impact on marine ecosystems within our own lifespans. At the same time, an ever-growing human population requires increased access to and use of marine resources. To understand and be better prepared to respond to these challenges, we must expand our capabilities to investigate and monitor ecological and bio geo chemical processes in the oceans. Inresponse to this imperative, the National Aeronautics and Space Administration (NASA) conceived the Pre-Aerosol, Clouds, and ocean Ecosystem (PACE) mission to provide new information for understanding the living ocean and for improving forecasts of Earth System variability. The PACE mission will achieve these objectives by making global ocean color measurements that are essential for understanding the carbon cycle and its inter-relationship with climate change, and by expanding our understanding about ocean ecology and biogeochemistry. PACE measurements will also extend ocean climate data records collected since the 1990s to document changes in the function of aquatic ecosystems as they respond to human activities and natural processes over short and long periods of time. These measurements are pivotal for differentiating natural variability from anthropogenic climate change effects and for understanding the interactions between these processes and various human uses of the ocean. PACE ocean science goals and measurement capabilities greatly exceed those of our heritage ocean color sensors, and are needed to address the many outstanding science questions developed by the oceanographic community over the past 40 years.

[发布日期] 2018-05-01

[学科分类] 海洋学与技术

[关键词] AEROSOLS;CLOUDS (METEOROLOGY);OCEANS;ECOSYSTEMS;OCEANOGRAPHY;MISSION PLANNING;VARIABILITY;WATER COLOR;METEOROLOGICAL SATELLITES;CLIMATE CHANGE;MARINE ENVIRONMENTS;BIOGEOCHEMISTRY;CARBON CYCLE;CLIMATE;MAN ENVIRONMENT INTERACTIONS;NASA PROGRAMS