GLOBAL CHANGE OBSERVATION MISSION - CLIMATE (GCOM-C)
GLOBAL CHANGE OBSERVATION MISSION - CLIMATE (GCOM-C)
复制标题
全球变化观察团 - 气候 (GCOM-C)
DOI：
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发表时间：
2010
期刊：
影响因子：
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通讯作者：
Sengen Tsukuba Ibaraki
中科院分区：
文献类型：
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作者：
T. Igarashi;Sengen Tsukuba Ibaraki
全球变化气候观测任务（GCOM-C）是全球地球观测的卫星遥感任务，旨在减少气候变化与水、能源和物质循环引起的全球变化知识的不确定性。为了实现这一目标，通过增强型传感器进行卫星遥感及其长达十年的连续观测将是日本宇宙航空研究开发机构（JAXA）科学和业务用户面临的第一个挑战。因此，GCOM-C将由GCOM-C1、2、3卫星系列组成，基本容纳第二代全球成像仪（SGLI），用于描述区域到全球尺度的各个球状过程和气候系统之间相互作用的全面一致的时间序列数据集。第一颗卫星 GCOM-C1 正在开发中，预计将于 2014 年发射。 SGLI 机载 GCOM-C1 是一款中等分辨率光谱辐射计，是 GLI 机载 ADEOS-II、OCTS 机载 ADEOS 和 VTIR 机载 MOS-1/1b 的后续产品。本演讲概述了 GCOM-C 任务、卫星和数据集，以减少气候变化过程的不确定性，以及对充分评估、适应和缓解气候变化影响的预期贡献。
Global Change Observation Mission - Climate (GCOM-C) is the satellite remote sensing mission of global earth observation required for the reduction of uncertainty in the knowledge about global change induced by climate change with water, energy and material cycles. For this objective, satellite remote sensing by enhanced sensor and its continuous observation over one decade will be the first challenge for JAXA with science and operational users. Therefore GCOM-C will be composed with satellite series of GCOM-C1, 2, 3, basically accommodating Second-generation Global Imager (SGLI) for the comprehensive and consistent time series data sets describing each spherical process and interaction between climate systems in region to global scale. The first satellite GCOM-C1 is under development for the launch in JFY2014. SGLI onboard GCOM-C1 is a medium resolution spectral-radiometer, the successor to GLI onboard ADEOS-II, OCTS onboard ADEOS and VTIR onboard MOS-1/1b. This presentation describes the overview of GCOM-C mission, the satellite and the data sets for the reduction of uncertainty of the climate change process, and for the expected contribution to the adequate assessment, adaptation and mitigation on the impacts from climate change.