Water quality is a cornerstone of aquatic ecosystem health, with implications that extend from local water management to global environmental policy. Recent technological advances have markedly ...

To measure biodiversity, researchers have been using various methods of remote sensing for about 30 years in addition to traditional field studies. An international team of researchers present current ...

The rapid advancement of satellite remote sensing has opened a transformative window into the measurement of river discharge and water levels on a global scale. Integrating observations from optical ...

The "Optical Remote Sensing of Water" team in Berlin-Adlershof develops algorithms for the interpretation of optical remote sensing data from coastal and inland waters for monitoring and assessing ...

Wetlands stand as immensely important carbon sinks within the global ecosystem, instrumental in absorbing greenhouse gases ...

Remote sensing has made it easier for scientists to monitor rivers, lakes, and reservoirs. Will it help us be smarter about how we manage them? The Congo River is the world’s second-largest river ...

SHIJIAZHUANG — Chinese researchers recently initiated remote sensing experiments for vegetation and soil moisture in Hebei province, according to the Chinese Academy of Sciences' Aerospace Information ...

The consequences of climate change are evidenced, inter alia, by changes in biodiversity. A key task of biodiversity research is to record the current situation, study processes within ecosystems and ...