A critical Early Action
Recommendation will be an examination of Open Marsh Water Management
(OMWM) techniques. A site along the Carmans River was selected near
the area where USFWS research is under way. The baseline investigations
for this work have already begun. A number of OMWM research projects
are possible including:
Determine the
potential impact of OMWM techniques on insectivorous fish species.
Some OMWM techniques have been heralded for their ability to increase
the available habitat for fish species known to consume mosquito
larvae (eg., mummichogs). A field test of the impact of the OMWM
techniques on fish and mosquito larvae populations could be conducted.
Field sites could be delineated and counts conducted under various
tidal conditions.
Examine the
relationship between marsh health and OMWM. By using the standard
quadrat sampling technique in a variety of settings under different
tidal regimes, the Team would determine if OMWM has had any short-term
impacts on marsh health in areas where it has been implemented.
Standard techniques to ensure data usability (such as paired control
sites, adequate sample replication, and random selection of sample
locations) will be implemented under the direction of Dr. Goodbred
and his laboratory. This aspect of the project will also incorporate
results being generated by the US Fish and Wildlife Service in its
fieldwork.
Determine the
relationship between Open Marsh Water Management (OMWM), ditching,
and mosquito propagation. If this effort were pursued, the Team
would utilize County measurements of mosquito populations in areas
with no ditches, unmodified ditches, and ditches modified in various
manners as well as areas which have been subjected to other OMWM
techniques. Within each area, the Project Team would select transects,
quadrats, and permanent fixed point photo stations for detailed
field measurements, evaluations, and possible future long-term monitoring.
Techniques and data requirements for salt marsh monitoring would
be drawn in part from the “New York State Salt Marsh Restoration
and Monitoring Guidelines,” published in December 2000 by
NYSDEC.
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