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What is the name of world's first greenhouse gas monitoring satellite? 

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The system is suitable for monitoring fluxes of the main greenhouse gases in a short-plant field since it is easy to use, efficacious, and constant and reliable in collecting data.
The results also suggest that satellite remote sensing might be able provide additional information about burning conditions which are strongly affecting greenhouse gas emissions.
"Greenhouse-2" will also provide the first orbital test of a new Svet Instrumentation System (SIS) developed by Utah State University to provide near real time data on plant environmental parameters and gas-exchange rates.
Experiment results show that the system has higher efficiency for the real-time monitoring result, and can significantly reduce the workload for greenhouse environment monitoring.
The new method is found to have a reliable basis for monitoring of greenhouse gases such as CO2, CH4, and H2O in the free atmosphere.
It can satisfy the demand of the greenhouse monitoring.
The presented results are of the highest interest in terms of low-cost production of ultra-light and ultra-low-power consumption gas sensors for environmental monitoring of greenhouse gases and their simplicity from the technological/engineering points of view.
The early industrialization experiment can be used to obtain a first estimate of the detection time for a greenhouse-gas-induced near-surface temperature signal.
These high accuracy measurements should allow for improved atmospheric retrievals of greenhouse gas concentrations by current and future remote sensing missions.
This is the first study of its kind where a national government has published a time series of its total greenhouse gas (GHG) footprint.
The experimental results show that the system can effectively realize multi-point environmental monitoring of the greenhouse.
The connection of the monitoring of anthropogenic greenhouse gas emissions and sinks with the satellite monitoring enlarges the possible applications of this information system.
A robust monitoring system would combine direct measurements of the atmosphere, land and oceans, earth system models, inventories and other information to accurately estimate greenhouse gas and carbon stocks and fluxes, towards increasing the overall confidence in reports of mitigation actions and assessments of the ultimate efficacy of those actions.
Our research provided a practical approach to allow the detection of changes in greenhouse land cover in the countries with using free or low-cost satellite images.