The eye in the space began to serve PACE
SpaceX sent the American National Aviation and Space Office (NASA) oceans and atmosphere review to space the targeted PACE climate observation satellite. NASA’s most advanced climate observation satellite Plankton, Aerosol and Cloud, Ocean Ecosystem Satellite (PACE), was launched from Cape Canaveral Space Station in the US’s Florida province. NASA’s Plankton, Aerosol, Cloud, Ocean Ecosystem (PACE) is aimed at researching the effects of the world’s climate change, air quality and ocean health by watching microscopic plant life and particles from space. This task will take place with the collection of data from space and will offer very valuable information to scientists. PACE satellite will help us understand how these elements affect our planet by examining microscopic plants and particles from hundreds of kilometers upwards of the world. Especially phytoplanktons play a critical role in the ecosystems of oceans. Fitoplanktones absorb carbon dioxide while reducing the level of greenhouse gases in the atmosphere, at the same time producing oxygen ensures the stability of the atmosphere. PACE will also watch aerosol particles in the atmosphere. These particles are directly effective on air quality and climate change. PACE satellite will help us identify changes in the atmosphere by following the movement and effects of these particles.
The beginning of the food chain
[[T]Fitoplanktones are the basis of marine ecosystems and the beginning of the food chains of marine creatures. Therefore, the health of phytoplanktons is critical to the sustainability of marine ecosystems and fishing Tags. The PACE task will monitor the distribution and health of these microscopic plants by making hyperspecral ocean color analysis to determine different types of phytoplankton. NASA’s PACE task is a comprehensive research project that will help us understand the climate of the world, air quality and ocean health better. The results of this task can play an important role in the fight against the environmental problems of humanity and help to leave a healthier planet to future generations.
The beginning of the food chain
[[T]Fitoplanktones are the basis of marine ecosystems and the beginning of the food chains of marine creatures. Therefore, the health of phytoplanktons is critical to the sustainability of marine ecosystems and fishing Tags. The PACE task will monitor the distribution and health of these microscopic plants by making hyperspecral ocean color analysis to determine different types of phytoplankton. NASA’s PACE task is a comprehensive research project that will help us understand the climate of the world, air quality and ocean health better. The results of this task can play an important role in the fight against the environmental problems of humanity and help to leave a healthier planet to future generations.
Source: News