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Analysis of Long-term Crop Calendar and Intensity Change Impact to Global Irrigation WaterDemand from 2001 to 2015 by Using Multi-source Earth Observation Data.

机译：长期作物日历和强度变化对全球灌溉水的影响分析通过使用多源地球观测数据，2001年至2015年的需求。

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Irrigation pointed as the highest fresh water consumption and contribute the biggest water loss compare with other sector.Increasing water-use efficiency in irrigated area is one of the keys to achieve SDGs target. Irrigation Water Demand is an essentialinput for this numerical Irrigation efficiency estimations. This study aims to estimate the monthly global IWR from 2001 to 2015 ata spatial resolution of 1 km. We generate the global IWD change based on our long-term global crop calendar and intensity products.This long-term IWD product is the first satellite-based products that can analyze 15 years’ monitoring of crop activities.

机译：灌溉指向最高的淡水消耗，并促进与其他部门的最大水分损失。灌溉区域的水利用效率提高是实现SDGS目标的键之一。灌溉用水需求是必不可少的输入此数值灌溉效率估算。本研究旨在估计2001年至2015年的每月全球知识产权空间分辨率1公里。我们根据我们的长期全球裁剪日历和强度产品生成全球IWD变更。这款长期IWD产品是第一批基于卫星的产品，可以分析15年的作物活动监测。

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《日本リモートセンシング学会講演会》|2018年|1 CD-ROM|共2页
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Anjar Dimara SAKTI; Wataru TAKEUCHI;
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1. GLOBALLY INCREASED CROP GROWTH AND CROPPING INTENSITY FROM THE LONG-TERM SATELLITE-BASED OBSERVATIONS [J] . Bin Chen ISPRS Annals of the Photogrammetry, Remote Sensing and Spatial Information Sciences . 2018,第136期

机译：基于长期卫星观测的全球作物生长和作物种植强度
2. Sustainable Irrigation through Renovation of Pond: A Case Study on Change of Crop Production, Irrigation, Cropping Pattern and Cropping Intensity Level in Sub Himalayan Terai Region of India [J] . Ganesh Das, Sankar Saha, F. H. Rahman, Current Journal of Applied Science and Technology . 2020,第21期

机译：池塘装修可持续灌溉：以印度亚马拉亚泰泰地区的作物生产，灌溉，种植模式和种植强度水平变迁的案例研究
3. Sensitivity Analysis of Reference Evapotranspiration (ETO) Models for Irrigation Requirement of Crops and Impact of Irrigation on Climate Changes in Semi-arid Region of India [J] . R. B. Singandhupe Advances in Research . 2017,第6期

机译：印度半干旱地区农作物灌溉需求和灌溉对气候变化影响的参考蒸散量（ETO）模型的敏感性分析
4. Analysis of Long-term Crop Calendar and Intensity Change Impact to Global Irrigation WaterDemand from 2001 to 2015 by Using Multi-source Earth Observation Data. [C] . Anjar Dimara SAKTI, Wataru TAKEUCHI 日本リモートセンシング学会講演会 . 2018

机译：长期作物日历和强度变化对全球灌溉水的影响分析通过使用多源地球观测数据，2001年至2015年的需求。
5. Long-term Reduced Tillage and Cover Cropping Change Soil Chemical Properties Under Irrigated Mediterranean Conditions. [D] . Dhainaut Medina, Dominique Sylvia. 2015

机译：地中海灌溉条件下长期减少的耕作和覆盖作物改变了土壤的化学性质。
6. Global crop output and irrigation water requirements under a changing climate [O] . Victor Nechifor, Matthew Winning 2019

机译：气候变化下的全球作物产量和灌溉水需求
7. A Data-Intensive Approach to Address Food Sustainability: Integrating Optic and Microwave Satellite Imagery for Developing Long-Term Global Cropping Intensity and Sowing Month from 2001 to 2015 [O] . Anjar Dimara Sakti, Wataru Takeuchi 2020

机译：一种解决粮食可持续性的数据密集型方法：整合光学和微波卫星图像，以发展2001年至2015年的长期全球种植强度和播种月

Analysis of Long-term Crop Calendar and Intensity Change Impact to Global Irrigation WaterDemand from 2001 to 2015 by Using Multi-source Earth Observation Data.

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