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SWG Forested Riverine iHGM |
The Forested Riverine iHGM model is
limited to forested wetlands that are located along floodplains
and/or floodways located along riverine system. These wetlands
share a surface hydrology connection with the waters of the riverine
system at least for a portion of the season. This model should
be used for a rapid non-controversial estimate of the potential
impacts to forested riparian wetlands and to see if the proposed
mitigation will adequately address the wetland functions that
are being impacted. |
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SWG Herbaceous Riverine iHGM |
The Herbaceous Riverine iHGM model
is limityed to herbaceous wetlands that are located along floodplains
and/or floodways located along a riverine system. These wetlands
share a surface hydrology connection with the waters of the riverine
system for at least a portion of the season. This model is to
be used for a rapid non-controversial estimate of the potential
impacts to herbaceous riparian wetlands and to see if the proposed
mitigation will adequately address the wetland functions that
are being impacted. |
| SWG
Tidal Fringe iHGM |
The Tidal Fringe iHGM is limited to the tidally influenced wetlands
in the Galveston District. This model is to be used for a rapid
non-controversial estimate of the potential impacts to tidally
influenced wetlands and to see if the proposed mitigation will
adequately address the wetland functions that are being impacted.
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| SWG
Lacustrine iHGM |
The Lucastrine iHGM model is designed to be used in wetlands
found in the lakes of Texas. A lake is defined as a body of open
water that greater than 5-acres in size. This model is to be used
for a rapid non-controversial estimate of the potential impacts
to lacustrine wetlands and to verify that the proposed mitigation
will adequately compensate for the wetland functions that are
being impacted. |