Nowadays, food security and crop production variability become a major concern. Moreover, in spite of major technological and methodological EO improvements observed since the late 1990’s, very little change has been observed in the operational systems. A major gap exists between the remote sensing operationally used and the current scientific state of the art in EO crop monitoring. There is a lack of relevant field data over large areas, and these data are very much needed to gain a better understanding of potential improvements of the operational systems
Global agricultural monitoring utilizes a variety of Earth observations (EO) data spanning different...
Earth observation (EO) data is effective in monitoring agricultural cropping activity over large are...
AbstractNASA provides daily satellite remote sensing observations on a wide variety of environmental...
Global and regional scale agricultural monitoring systems aim to provide up-to-date information rega...
In recent years there has been a dramatic increase in the demand for timely, comprehensive global ag...
Recent spikes in global food prices have emphasized how monitoring agriculture production at a natio...
Novel approaches and algorithms to estimate crop physiological processes from Earth Observation (EO)...
Novel approaches and algorithms to estimate crop physiological processes from Earth Observation (EO)...
The AGRIFISH Unit of the Joint Research Centre, European Commission, has now nearly 20 years of expe...
Monitoring of global croplands (GCs) is imperative for ensuring sustainable water and food security ...
Global food supply and our understanding of it have never been more important than in today's changi...
The confluence of rapidly growing streams of “free and open” satellite imagery at 10-30 m spatial re...
The risk of food supply disruptions will continue to grow as our agricultural systems and the land t...
Sustainable intensification (SI) has been proposed as a possible solution to the conflicting problem...
Agriculture is a highly dynamic process in space and time, with many applications requiring data wit...
Global agricultural monitoring utilizes a variety of Earth observations (EO) data spanning different...
Earth observation (EO) data is effective in monitoring agricultural cropping activity over large are...
AbstractNASA provides daily satellite remote sensing observations on a wide variety of environmental...
Global and regional scale agricultural monitoring systems aim to provide up-to-date information rega...
In recent years there has been a dramatic increase in the demand for timely, comprehensive global ag...
Recent spikes in global food prices have emphasized how monitoring agriculture production at a natio...
Novel approaches and algorithms to estimate crop physiological processes from Earth Observation (EO)...
Novel approaches and algorithms to estimate crop physiological processes from Earth Observation (EO)...
The AGRIFISH Unit of the Joint Research Centre, European Commission, has now nearly 20 years of expe...
Monitoring of global croplands (GCs) is imperative for ensuring sustainable water and food security ...
Global food supply and our understanding of it have never been more important than in today's changi...
The confluence of rapidly growing streams of “free and open” satellite imagery at 10-30 m spatial re...
The risk of food supply disruptions will continue to grow as our agricultural systems and the land t...
Sustainable intensification (SI) has been proposed as a possible solution to the conflicting problem...
Agriculture is a highly dynamic process in space and time, with many applications requiring data wit...
Global agricultural monitoring utilizes a variety of Earth observations (EO) data spanning different...
Earth observation (EO) data is effective in monitoring agricultural cropping activity over large are...
AbstractNASA provides daily satellite remote sensing observations on a wide variety of environmental...