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首页> 外文会议>European Conference on Synthetic Aperture Radar >Implementation of FULL-POL-SAR in agriculture, forestry and aquaculture as well as for the detection of natural hazards plus natural disaster assessment from air and space in South, East and Pacific Asia
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Implementation of FULL-POL-SAR in agriculture, forestry and aquaculture as well as for the detection of natural hazards plus natural disaster assessment from air and space in South, East and Pacific Asia

机译：农业，林业和水产养殖中全球特区的实施以及南部，东及太平洋亚洲空气和空间自然灾害评估的自然灾害评估

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With the un-abating global population increase our natural resources are stressed as never before, and the global day/night monitoring of the terrestrial covers from the mesosphere to the lithosphere becomes all the more urgent. Microwave radar sensors are ideally suited for space imaging because those are almost weather independent, and microwaves propagate through the atmosphere with little deteriorating effects due to clouds, storms, rain, fog, aerosol and haze. Globally humidity, haze and aerosols next to cloudiness are increasing at a rather rapid pace, whereas only 20 years ago all of those covered only 48% of the globe, today those have increased to about 62% and within another 20 years may exceed 80% for irreversible reasons. Thus, optical remote sensing from space especially in the tropical and sub-tropical vegetated belts is already and will become ever more ineffective, and microwave remote sensing technology must now be advanced strongly and most rapidly hand in hand with digital communications technology because operationally it is more rapidly available especially for disaster mitigation assistance.
机译：随着不间断的全球人口增加，我们的自然资源是从未以前的压力，而全球日/夜监测从岩石圈的岩白圈从岩白圈的覆盖物变得更加紧迫。微波雷达传感器非常适合空间成像，因为这些是几乎是独立的天气，微波通过大气传播，由于云，风暴，雨，雾，气溶胶和雾霾，效果很小。在全球湿度，阴霾和气溶胶旁边的阴霾旁边的速度越来越迅速，而只有20年前，所有这些都占全球的48％，今天这些已经增加到了大约62％，而在另外20年内可能超过80％出于不可逆转的原因。因此，从空间尤其在热带和亚热带植被带中的光学遥感已经变得更加无效，并且微波遥感技术现在必须使用数字通信技术强烈地进行强烈，最迅速，因为它是可操作的尤其适用于减灾援助更快。

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