One of the greatest benefits of online processing platforms like Forestry TEP (F-TEP) is their connectivity to other online systems used in operational management of forests, enabling efficient and fast cooperation between platforms over the internet. Wuudis Solutions have successfully tested connection to F-TEP, enabling information produced with F-TEP services to be efficiently integrated, used and viewed through the user interface of Wuudis platform.
It is not unusual to have wildfires in Siberia in the dry months of the summer. But this year, hot and dry weather combined with strong winds have fuelled fires to such an extent that a state of emergency has been declared in many parts of Siberia. Forestry TEP provides excellent means to monitor the progress and effects of the fires with direct access to satellite data and a variety of image processing tools available.
Terramonitor is utilizing Forestry TEP (F-TEP) to process satellite imagery for their cloud free mosaic products. Access to the F-TEP services is arranged through a Representational State Transfer (REST) Application Programming Interface (API), allowing smooth connection between the two systems.
The Satellite Monitoring for Forest Management (SMFM) project is developing tools for monitoring tropical dry forests and supporting countries to develop their Earth Observation (EO) capacity. The users in tropical countries can access and run the SMFM tools implemented on Forestry TEP (F-TEP) using online interface.
It happens quite often that you hear the claim that in our era of science and technology, the common man lives amid an overwhelming information flow. With satellites and space technology, we no longer have white areas on the map, in the same way as there was for great explorers some few hundred years ago.
In a recent paper, published in Remote Sensing of Environment we compared the performance of Sentinel-2 and Landsat 8 satellites in the estimation of forest variables in Finland. The variables were stem volume (V), stem diameter (D), tree height (H) and basal area (G), and their species-wise components for pine (Pine), spruce (Spr) and broadleaved (BL) trees. We compared the S2 and L8 performances using twelve different test setups including different Sentinel-2 and Landsat 8 band combinations and pixel resolutions, and using two different modelling methods. They also identified the best predictive image bands for each test setup.
Monday 28 January marks another key step for Forestry TEP, after introducing our new web domain f-tep.com in November: we are transferring F-TEP to employ the infrastructure and data provision services of CREODIAS. Run by CloudFerro and their partners in Poland, it is one the five Copernicus DIAS platforms that started operations last year, with the aim of supporting European business and research activities in demand of data and processing services. As before, VTT and CGI are operating the Forestry TEP.
Forestry TEP is now running in a brand new domain address f-tep.com. This is a step towards more independent identity, while the European Space Agency ESA continues to support the platform, particularly in the on-boarding of user organizations. As before, the platform is operated by VTT and CGI, committed to maintaining and developing the platform further and supporting our users. We are delighted to say that Forestry TEP is developing strongly and gathering users.
Dr. Garik Gutman, Dr. Oleg Antropov and I are serving as the Guest Editors for a Special Issue entitled "Remote Sensing of Boreal Forests" for the Remote Sensing journal. I would like to invite you to submit a manuscript for this Special Issue. For further reading, please follow the link to the Special Issue Website.