|
The
staff at A&S Engineers specializes in the evaluation, design
and planning of sites that include water resources and/or potential
wetlands. This expertise includes managing determination efforts,
planning to minimize wetland impacts, permitting minimization
and optimization, and design of infrastructure to minimize the
impact associated with potential wetland areas.
The
A&S staff has experience in managing/completing determinations
for tracts ranging from 5 acres to 1500 acres; securing Corps
of Engineers Section 404 and Section 10; and obtaining permits
for projects, which include design of linear projects such as
railroads and roads, land development projects, airport facilities,
commercial site development, and water related projects such as
drainage facilities and marina projects.
|
|
Specific
project experience includes linear project routing studies to
minimize the impacts of stream and wetland crossings on linear
projects up to 13 miles, subdivisions of greater that 1500 acres
adjoining bayous and major water bodies, expansion of naturalized
drainage channels, bridges, and commercial project sites that
adjoin existing wetland areas.
The
specific project accomplishments are jurisdictional wetland area
minimization for determinations of over 3500 acres, minimization
of jurisdictional wetlands on infrastructure improvements such
as bridges, culverts, drainage channels, detention ponds/basins,
near shore improvements such as breakwaters, marinas, and greater
than 13 miles of bulk heading.
Additional
experience includes design of wetland mitigation areas for fresh
water and marine areas of less than one acre up to 500 acres.
Design examples include mitigation areas associated with linear
projects such as rail lines and major roads, drainage channels,
canal subdivisions, minimization of commercial development impacts
on existing wetlands, marinas, golf course optimization, and public
park lakes associated with educational demonstration wetlands.
The
team's unique mitigation design experience includes the ability
to incorporate hydrologic evaluations to existing wetland function,
site runoff inflow and outflow, hydric soil function and inundation
frequency, design of mitigation areas for specific planting regimes
for emergent fringe and submergent aquatic vegetation. This design
experience of greater than 75 mitigation areas includes bottomland
hardwoods, fresh and marine emergent marsh, submerged pools with
fringe wetlands, wetland polishing areas to reduce non-point runoff
impacts, and linear vegetation areas on channels.
|
|