Water Cycle Observation Satellite

China will launch a Water Cycle Observation Mission (WCOM) satellite around 2020, to help in forecasting hydrological events including flood and drought.

As the International Geoscience and Remote Sensing Symposium (IGRSS) 2016 kicked off in Beijing Monday, China announced its plans for the WCOM satellite, the first geoscientific satellite to provide integrated observation of key elements of the global water cycle.

The WCOM was initiated jointly by the Institute of Remote Sensing and Digital Earth and the National Space Science Center with the Chinese Academy of Sciences (CAS). The CAS has completed key research and tests of the satellite's payload in anticipation of further development.

"This year's floods in southern China are an example of how changes in water cycle have a direct impact on our lives," said Shi Jiancheng, chief WCOM scientist. "Understanding the distribution characteristics and changing patterns of the water cycle and forecasting them are frontier scientific issues for us", Shi added. "The WCOM will provide unprecedented, accurate observations through simultaneous monitoring of key water cycle elements, such as soil humidity, snow/water equivalents, surface ice and sea water salinity. It will play an important role in flood prevention, drought relief, agriculture, water resource management as well as food and environmental security."

The CAS will cooperate with U.S. and European research teams to initiate a satellite constellation based on the WCOM, aiming to form a worldwide water cycle observation network.

Also at the IGRSS meeting, progress was made in major collaborative research projects, including the China-France Oceanography Satellite (CFOSAT) and the Dragon Program.

The CFOSAT, the first joint satellite development between China and France, scheduled for launch in 2018, is dedicated to ocean wind and wave observation. A prototype model is complete and the actual CFOSAT prototype is being developed.

The CFOSAT will carry two payloads: a wave spectrometer from France and a wind scatterometer by China. It will be the first time for both devices to be used for the remote-sensing purpose on satellite. China is responsible for the satellite design, manufacture and launch.

The Dragon Program is a cooperation between the Ministry of Science and Technology and the European Space Agency. The first phase of the project commenced in 2004 and was completed in 2008. Scheduled to be completed in 2020, the fourth phase of the Dragon Program consists of 27 projects covering eight fields including agriculture, carbon dioxide monitoring and disaster mitigation. 

Source: China.org.cn

Media

Taxonomy

• Water Monitoring
• Water Monitoring
• Technology
• Satellite

1 Comment

1. Hello,

   I am overseeing your answer which will be "not my specialty, thanks for sharing" but "evaporation-condensation-rain" is not also your specialty yet you have digested it well, I come to take away a stupidity of your head.

    

   New discovery incredible to realize that we passed next for centuries, never heard
   
                                THE RAIN IS FORMED IN 7 PHASES, NOT 3.
   -https://pdf.lu/lsu5/ details in one page (EN.FR).
   "Lightning + thunder + rain = one operation"
   You will find the essence of what I advance as hypothesis in this message.
   
   HOW THEN ?
    

   1- EVAPORATION

   2- DECOMPOSITION of water vapor by photolysis (UVC: ultraviolet solar radiation of type C)
   - http://www.u-helmich.de/bio/lexikon/P/photolysis-wasser.html
   - http: //biologiedelapeau.fr/spip.php mot162?
   - www.google.dz / search? Q = photolysis
   
   hv + H2O → ↖H2 + O↗
   ↖H2 (2/29 = 0.068) and
   O↗ (16/29 = 0.551),
   All 2 lighter than the air, they escape in altitude, the lightest one will place the highest one.
   
   3- COMPRESSION (ascending and descending air currents - Opposition of 2 mechanical forces).
   
   4- IONIZATION under the effect of solar radiation, stirring and friction due to compression (all ionizing agents).
   H2 → (2H+) +2é-
   (called positive cloud) and

   O + 2é-(called negative cloud).

   5- EXPLOSIVE SYNTHESIS
   (O + 2é-) + 2H+ → H2O + lightning + thunder (the cloud is born, it is only there that one can speak of condensation).
   
   6- CONDENSATION   

   7- RAIN.
   
   
   The enigma flash + thunder-cloud-rain is resolved.
   Algeria-Tiaret-Saida-Hounet
   Tel-mob: (213) 790728135
   horrimok@yahoo.fr
   
   If rain water were formed as we all learned,
   
   1- it would have rained much more during the warm seasons because the evaporation is more important than during the cold seasons.
   
   2- A dense, permanent fog from the ground up to the height of the current clouds would have formed. If you say that water in the gaseous state is invisible, I would say that its decomposition is even more (final stage).
   
   3- why do we expect rain when a storm is coming (lightning + thunder) if there is not an intimate relationship between lightning, thunder and rain?

   The theory "evaporation-condensation-rain", has no author, do you realize? !

   To be published