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Development of ecosystem process model by integrating remote sensing, field observations and modeling research

结合遥感、实地观测和建模研究开发生态系统过程模型

基本信息

批准号：
15201002
负责人：
TSUNEKAWA Atsushi
金额：
$ 32.7万
依托单位：
Tottori University (2005-2006)The University of Tokyo (2003-2004)
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (A)
财政年份：
2003
资助国家：
日本
起止时间：
2003 至 2006
项目状态：
已结题

来源：
https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-15201002/
关键词：
Ecosystem Process Model Remote Sensing Century model Biome-BGC model Numerical Simulation Evapotranspiration NPP NDVI

项目摘要

The study applied different types of numerical simulation models to a variety of ecosystems to understand ecosystem processes and clarify the phenomena occurring in the processes, at the same time, we tried various improvements and development of models. The major achievements are as follows :(1) A ecosystem process model developed by Komatsu et al. (2006) was applied to artificial conifer forest in the University Forest in Chiba to clarify the factors affecting starting time of transpiration depending on the location at the slope.(2) Biome-BGC model developed by Montana University was applied to the artificial conifer forest described above, which successfully estimate yield of Japanese cedar from planting to the present.(3) Century model developed by Parton and others was applied to the primary succession at Mount Fuji, which required some modifications in the parameters to show successful results in estimating the primary succession data.(4) Biome-BGC model was applied to typical grass land at Bayan Unjuul in the Central Prefecture of Mongolia. The effects of drought on biological production were estimated using the model.(5) Production efficiency model was applied to estimate global terrestrial net primary production from 1982 to 1999 based on FPAR, LAI, meteorological data (net radiation, daily minimum temperature, daily mean temperature and VPD) and land cover dataset.

该研究将不同类型的数值模拟模型应用于各种生态系统，以了解生态系统过程并阐明过程中发生的现象，同时尝试对模型进行各种改进和发展。主要成果如下：(1)小松等人提出的生态系统过程模型。 (2) 将蒙大拿大学开发的 Biome-BGC 模型应用于上述人工针叶林，成功地估算了日本雪松从种植到现在的产量。 (3) 将 Parton 等人开发的世纪模型应用于富士山的初级演替， (4)将Biome-BGC模型应用于蒙古中部地区Bayan Unjuul典型草地。利用该模型估算了干旱对生物生产的影响。(5)根据FPAR、LAI、气象数据(净辐射、日最低气温、日平均气温和VPD)和土地覆盖数据集,应用生产效率模型估算了1982—1999年全球陆地净初级生产力。