After enormous amount of ice rain during 2014 huge damage was done in forests in Croatia, especially in the city of Čabar area. Damage of forests is reflected in wide spread of bark beetle. Bark beetle damaged forest have different spectral range from healthy forest. Copernicus satellite land monitoring imagery enables distinguishing healthy from unhealthy forest. In this paper, the width of bark beetle infection spread in forests in the city of Čabar area using satellite images and semi-automatic classification will be determined
The prolonged drought of recent years combined with the steadily increasing bark beetle infestation ...
Detecting disease- or insect-infested forests as early as possible is a classic application of remot...
Climate-related extended outbreaks and range shifts of destructive bark beetle species pose a seriou...
After enormous amount of ice rain during 2014 huge damage was done in forests in Croatia, especially...
Insect outbreaks affect forests, causing the deaths of trees and high economic loss. In this study, ...
Over the last decades, climate change has triggered an increase in the frequency of sprucebark beetl...
The European spruce bark beetle is considered as one of the most destructive forest insects to Norwa...
Bark beetles cause severe damage to European forests leading to impacts on many sectors, from the en...
Cambiophagous insects, fires and windthrow cause significant forest disturbances, generating ecologi...
Low-cost, miniaturized hyperspectral imaging technology is becoming available for small unmanned aer...
Various biotic and abiotic stresses are threatening forests. Modern remote sensing technologies prov...
The European spruce bark beetle (Ips typographus, L.) is an invasive species resulting in a high deg...
Much of the coniferous forest in Bulgaria is struck by Ips typographus, Ips acuminatus and Ips sexde...
XXV IUFRO World Congress: Forest Research and Cooperation for Sustainable Development, 29 sept - 5 O...
Detecting forest insect damage before the visible discoloration (green attacks) using remote sensing...
The prolonged drought of recent years combined with the steadily increasing bark beetle infestation ...
Detecting disease- or insect-infested forests as early as possible is a classic application of remot...
Climate-related extended outbreaks and range shifts of destructive bark beetle species pose a seriou...
After enormous amount of ice rain during 2014 huge damage was done in forests in Croatia, especially...
Insect outbreaks affect forests, causing the deaths of trees and high economic loss. In this study, ...
Over the last decades, climate change has triggered an increase in the frequency of sprucebark beetl...
The European spruce bark beetle is considered as one of the most destructive forest insects to Norwa...
Bark beetles cause severe damage to European forests leading to impacts on many sectors, from the en...
Cambiophagous insects, fires and windthrow cause significant forest disturbances, generating ecologi...
Low-cost, miniaturized hyperspectral imaging technology is becoming available for small unmanned aer...
Various biotic and abiotic stresses are threatening forests. Modern remote sensing technologies prov...
The European spruce bark beetle (Ips typographus, L.) is an invasive species resulting in a high deg...
Much of the coniferous forest in Bulgaria is struck by Ips typographus, Ips acuminatus and Ips sexde...
XXV IUFRO World Congress: Forest Research and Cooperation for Sustainable Development, 29 sept - 5 O...
Detecting forest insect damage before the visible discoloration (green attacks) using remote sensing...
The prolonged drought of recent years combined with the steadily increasing bark beetle infestation ...
Detecting disease- or insect-infested forests as early as possible is a classic application of remot...
Climate-related extended outbreaks and range shifts of destructive bark beetle species pose a seriou...