We are very happy to announce the release of our “open beta” version for the RAPP Map. RAPP Map is the spatial data platform for the Rangeland and Pasture Productivity Continue Reading →
You can now have access to the latest vegetation cover anomalies products (December 2016, and January, February and March 2017). The latest one, March 2017, shows improvements (green) in the vegetation cover in Continue Reading →
It’s that time of the year… to announce our next workshop! It is now confirmed that ESA (the European Space Agency) will host us in May (16 & 17), at ESRIN Continue Reading →
You must have seen it already, but this 4th edition of our RAPP newsletter was a bit different! You can find the whole story here. If you haven’t received the Continue Reading →
It’s there! As announced earlier, the global monitoring system for rangelands (also called ‘RAPP Map’), a web-based interactive tool providing seasonal updates of the condition and biomass of global rangelands and pastures, is being implemented, using remote sensing data.
GLobal monitoring system (RAPP Map) – printscreen
For more information, please visit our new page on the global monitoring system (RAPP Map).
You can now have access to the latest vegetation cover anomalies products (September and October 2016). The latest one, October still shows the vegetation cover is much lower than average (red) in Continue Reading →
GEOGLAM had a dedicated side-meeting on Monday 21st October, the day before the CEOS Plenary begins in Brisbane. In this meeting, RAPP -led by CSIRO (Australia) for now – has Continue Reading →
Our latest RAPP newsletter (#3 – July/August 2016) is now available, please have a look here! More information on our the latest workshop in South Africa, on products (RAPP Map Continue Reading →
The GEOGLAM RAPP Map is now available online! This tool provides an interactive way to visualise and interrogate global and regional data on rangeland and pasture condition, climate and livestock Continue Reading →
You can now have access to the latest vegetation cover anomalies products (May and June 2016). The latest one, June shows the vegetation cover is lower than average (anomaly higher) in Continue Reading →