Description: This raster dataset shows the percent of projected BA loss to forest cover from emerald ash borer, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for emerald ash borer by tree species host model and then divides the total BA losses from emerald ash borer by total basal area.
Description: This raster dataset shows the sqare feet per acre BA loss to forest cover from emerald ash borer, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for emerald ash borer by tree species host model and then divides the total BA losses from emerald ash borer by total basal area.
Description: This raster dataset shows the percent of projected BA loss to forest cover from hemlock woolly adelgid, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for hemlock woolly adelgid by tree species host model and then divides the total BA losses from hemlock woolly adelgid by total basal area.
Description: This raster dataset shows the sqare feet per acre BA loss to forest cover from hemlock woolly adelgid, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for hemlock woolly adelgid by tree species host model and then divides the total BA losses from hemlock woolly adelgid by total basal area.
Description: This raster dataset shows the percent of projected BA loss to forest cover from balsam woolly adelgid, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for balsam woolly adelgid by tree species host model and then divides the total BA losses from balsam woolly adelgid by total basal area.
Description: This raster dataset shows the sqare feet per acre BA loss to forest cover from balsam woolly adelgid, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for balsam woolly adelgid by tree species host model and then divides the total BA losses from balsam woolly adelgid by total basal area.
Description: This raster dataset shows the percent of projected BA loss to forest cover from beech bark disease, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for beech bark disease by tree species host model and then divides the total BA losses from beech bark disease by total basal area.
Description: This raster dataset shows the sqare feet per acre BA loss to forest cover from beech bark disease, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for beech bark disease by tree species host model and then divides the total BA losses from beech bark disease by total basal area.
Description: This raster dataset shows the percent of projected BA loss to forest cover from sudden oak death, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for sudden oak death by tree species host model and then divides the total BA losses from sudden oak death by total basal area.
Description: This raster dataset shows the sqare feet per acre BA loss to forest cover from sudden oak death, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for sudden oak death by tree species host model and then divides the total BA losses from sudden oak death by total basal area.
Description: This raster dataset shows the percent of projected BA loss to forest cover from Dutch elm disease, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for Dutch elm disease by tree species host model and then divides the total BA losses from Dutch elm disease by total basal area.
Description: This raster dataset shows the sqare feet per acre BA loss to forest cover from Dutch elm disease, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for Dutch elm disease by tree species host model and then divides the total BA losses from Dutch elm disease by total basal area.
Description: This raster dataset shows the percent of projected BA loss to forest cover from winter moth, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for winter moth by tree species host model and then divides the total BA losses from winter moth by total basal area.
Description: This raster dataset shows the sqare feet per acre BA loss to forest cover from winter moth, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for winter moth by tree species host model and then divides the total BA losses from winter moth by total basal area.
Description: This raster dataset shows the percent of projected BA loss to forest cover from white pine blister rust, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for white pine blister rust by tree species host model and then divides the total BA losses from white pine blister rust by total basal area.
Description: This raster dataset shows the sqare feet per acre BA loss to forest cover from white pine blister rust, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for white pine blister rust by tree species host model and then divides the total BA losses from white pine blister rust by total basal area.
Description: This raster dataset shows the percent of projected BA loss to forest cover from oak wilt, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for oak wilt by tree species host model and then divides the total BA losses from oak wilt by total basal area.
Description: This raster dataset shows the sqare feet per acre BA loss to forest cover from oak wilt, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for oak wilt by tree species host model and then divides the total BA losses from oak wilt by total basal area.
Description: This raster dataset shows the percent of projected BA loss to forest cover from horntails, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for horntails by tree species host model and then divides the total BA losses from horntails by total basal area.
Description: This raster dataset shows the sqare feet per acre BA loss to forest cover from horntails, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for horntails by tree species host model and then divides the total BA losses from horntails by total basal area.
Description: This raster dataset shows the percent of projected BA loss to forest cover from laurel wilt, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for laurel wilt by tree species host model and then divides the total BA losses from laurel wilt by total basal area.
Description: This raster dataset shows the sqare feet per acre BA loss to forest cover from laurel wilt, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for laurel wilt by tree species host model and then divides the total BA losses from laurel wilt by total basal area.
Description: This raster dataset shows the percent of projected BA loss to forest cover from Asian longhorned beetle, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for Asian longhorned beetle by tree species host model and then divides the total BA losses from Asian longhorned beetle by total basal area.
Description: This raster dataset shows the sqare feet per acre BA loss to forest cover from Asian longhorned beetle, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for Asian longhorned beetle by tree species host model and then divides the total BA losses from Asian longhorned beetle by total basal area.
Description: This raster dataset shows the percent of projected BA loss to forest cover from goldspotted oak borer, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for goldspotted oak borer by tree species host model and then divides the total BA losses from goldspotted oak borer by total basal area.
Description: This raster dataset shows the sqare feet per acre BA loss to forest cover from goldspotted oak borer, assuming no remediating management, over the 2013-2027 time frame.
The 2012 National Insect and Disease Risk Map (NIDRM) Project integrates 186 individual risk models constructed within a common, consistent framework that accounts for regional variations in forest health conditions. These 186 models are built to portray the expected loss of host basal area for each pair of damage agents and hosts over each unique landscape where they coexist.
This dataset composites the projected BA loss for goldspotted oak borer by tree species host model and then divides the total BA losses from goldspotted oak borer by total basal area.