The Breaks For Additive Seasonal and Trend (BFAST) method was applied to NDVI composite series derived by MODIS and VEGETATION sensors in order to detect the rapid and gradual changes caused by fire in a typical Mediterranean ecosystem. This iterative approach identifies break points after decomposing time series into a trend, a seasonal and a noise component. The potential of this method was investigated for mapping a burned area and capturing the post-fire vegetation recovery trend and additionally assessment of the results from the analysis of the two datasets was performed. The spatial validation of the generated burned area maps revealed a better level of agreement for the MODIS NDVI derived perimeter compared to the VEGETATION outcome...
Abstract—A novel automatic burned area mapping algorithm for Mediterranean ecosystems based on Moder...
The extent, frequency and intensity of forest fires in Mediterranean regions have become an importan...
The role played by direct regeneration in early post-fire years is well known in mediterranean plant...
The Breaks For Additive Seasonal and Trend (BFAST) method was applied to NDVI composite series deriv...
In this study, the Breaks for Additive Seasonal and Trend (BFAST), a recently introduced trend analy...
Moderate resolution remote sensing data, as provided by MODIS, can be used to detect and map active ...
The work that we present is a part of a general study aimed to characterize the fire regimes in Cata...
Our objective is to monitor vegetation recovery after the large fires of 2003 in Portugal. We use a ...
A previously developed procedure that aims at monitoring the process of vegetation recovery in areas...
Obtaining quantitative information about the recovery of fire affected ecosystems is of utmost impor...
Obtaining quantitative information about the recovery of fire affected ecosystems is of utmost impor...
Spain is included in the top five European countries with the highest number of wildfires. Forest fi...
Natural fire regimes have been modified; therefore robust post-fire monitoring tools are needed to u...
Portugal has experienced severe forest fires in the recent years. European Commission (EC) requires ...
Portugal has experienced severe forest fires in the recent years. European Commission (EC) requires ...
Abstract—A novel automatic burned area mapping algorithm for Mediterranean ecosystems based on Moder...
The extent, frequency and intensity of forest fires in Mediterranean regions have become an importan...
The role played by direct regeneration in early post-fire years is well known in mediterranean plant...
The Breaks For Additive Seasonal and Trend (BFAST) method was applied to NDVI composite series deriv...
In this study, the Breaks for Additive Seasonal and Trend (BFAST), a recently introduced trend analy...
Moderate resolution remote sensing data, as provided by MODIS, can be used to detect and map active ...
The work that we present is a part of a general study aimed to characterize the fire regimes in Cata...
Our objective is to monitor vegetation recovery after the large fires of 2003 in Portugal. We use a ...
A previously developed procedure that aims at monitoring the process of vegetation recovery in areas...
Obtaining quantitative information about the recovery of fire affected ecosystems is of utmost impor...
Obtaining quantitative information about the recovery of fire affected ecosystems is of utmost impor...
Spain is included in the top five European countries with the highest number of wildfires. Forest fi...
Natural fire regimes have been modified; therefore robust post-fire monitoring tools are needed to u...
Portugal has experienced severe forest fires in the recent years. European Commission (EC) requires ...
Portugal has experienced severe forest fires in the recent years. European Commission (EC) requires ...
Abstract—A novel automatic burned area mapping algorithm for Mediterranean ecosystems based on Moder...
The extent, frequency and intensity of forest fires in Mediterranean regions have become an importan...
The role played by direct regeneration in early post-fire years is well known in mediterranean plant...