The potential of TerraSAR-X imagery for forest cutting monitoring was experimentally investigated in images over Kuortane, Finland. In this study, 10 dual-polarised change detection indices were tested versus a ground truth of clearcuts done between the acquisition dates. Preliminary results suggest the decrease of entropy and the increase of coherence at X-band could be good change detection indices. Results were probably affected by adverse weather conditions during the acquisition of the second scene.</p
The study focuses on investigation and evaluation of wind- thrown forest mapping using satellite rem...
The advent of CubeSat constellations is revolutionizing the ability to observe Earth systems through...
Accurate forest resources maps are needed in diverse applications ranging from the local forest mana...
The potential of TerraSAR-X imagery for forest cutting monitoring was experimentally investigated in...
Clear-cutting is the most drastic and wide-spread change that affects the hydrological and carbon-ba...
The objective of this study is to make a first evaluation of the possibilities to detect forest clea...
A controlled experiment has been performed to quantify the ability to detect clear-cuts using ALOS P...
The study focuses on the detection of forest change in the boreal forest ecosystem caused by convent...
Clear-cutting and logging operations are the most drastic and wide-spread changes that affects the h...
Abstract—An extensive dataset of ALOS PALSAR L-band Synthetic Aperture Radar (SAR) backscatter image...
Fast mapping of storm-damaged forest areas is in great demand. In general, airborne platforms are ca...
This study is part of the on-going NewForest project, whose objective is to develop remote sensing d...
The majority of the boreal forests in Finland are regularly thinned or clear-cut, and these actions ...
In this study, we evaluate the performance of several imaging modes of X-band satellite SAR data in ...
The aim of this study was to determine whether forest clear-cuts during 2000–2011 could be detected ...
The study focuses on investigation and evaluation of wind- thrown forest mapping using satellite rem...
The advent of CubeSat constellations is revolutionizing the ability to observe Earth systems through...
Accurate forest resources maps are needed in diverse applications ranging from the local forest mana...
The potential of TerraSAR-X imagery for forest cutting monitoring was experimentally investigated in...
Clear-cutting is the most drastic and wide-spread change that affects the hydrological and carbon-ba...
The objective of this study is to make a first evaluation of the possibilities to detect forest clea...
A controlled experiment has been performed to quantify the ability to detect clear-cuts using ALOS P...
The study focuses on the detection of forest change in the boreal forest ecosystem caused by convent...
Clear-cutting and logging operations are the most drastic and wide-spread changes that affects the h...
Abstract—An extensive dataset of ALOS PALSAR L-band Synthetic Aperture Radar (SAR) backscatter image...
Fast mapping of storm-damaged forest areas is in great demand. In general, airborne platforms are ca...
This study is part of the on-going NewForest project, whose objective is to develop remote sensing d...
The majority of the boreal forests in Finland are regularly thinned or clear-cut, and these actions ...
In this study, we evaluate the performance of several imaging modes of X-band satellite SAR data in ...
The aim of this study was to determine whether forest clear-cuts during 2000–2011 could be detected ...
The study focuses on investigation and evaluation of wind- thrown forest mapping using satellite rem...
The advent of CubeSat constellations is revolutionizing the ability to observe Earth systems through...
Accurate forest resources maps are needed in diverse applications ranging from the local forest mana...