Full document / COSOC-W-86-002 - the National Sea Grant Library
Full document / COSOC-W-86-002 - the National Sea Grant Library Full document / COSOC-W-86-002 - the National Sea Grant Library
554 Monitoring The only practical means by which to measure future success of the linked methodology described Is to use tho comprehensive Bay monitoring program put into place In 1984 and somewhat enlarged in 1985. Both water quality parameters and soma living resources (phyto-and zooplankton, benthos) arc Included in the program, and sediment samples for toxicant content covered as well. A total of 28 Virginia and 22 Maryland malnstem stations are Included in the program. Equally Important, for living resource monitoring especially, considerable tributary monitoring Is also being carried out. Nutrients are featured In the water quality monitoring. Although these appear to have little direct influence on higher trophic levels, in fact as the source of the remarkably (and unwanted) high primary productivity by algae in the Bay, nutrient monitoring is vital, If water quality Is to be seen to Improve. The zooplankton portion of the monitoring program is also of great value, given the great Importance of those organisms (especially) as food for certain fishes. Improvements In the numbers of these and other key parameters or organisms measured each year will Indirectly attest as to whatever various basic programs aimed chiefly at water quality improvements are succeeding. Other monitoring activities have already been mentioned, such as yearly SAV surveys and photography-mapping, the FWS winter waterfowl surveys, state juvenile fish index surveys, oyster spat surveys, etc - When all are figured in, a potentially quite reasonable sum total of resource Information Is available against which to match water quality changes, as the overall Bay restoration program goes forward. Summary - A description has been given of potential and probable linkage between water quality and certain kinds of living resources In Chesapeake Bay. The kinds of data which can be used to document past quantities of each of these ecosystem elements are reviewed. Suggested quantitative goals are mentioned, as "coupled" targets to shoot for, In achieving better water quality standards and increasing populations of living resources on a geographical segmented basis. Looking ahead, the monitoring of Bay water quality and some living resources in the present program, as well as some living resource data available from other ongoing programs, will be invaluable In gauging future success of all restoration activities. Other monitoring programs are discussed briefly In the paper. Tha Chesapeake Bay's problems are basically these linked to large human populations. Such environmental problems (particularly perceived as living resources failures), since they originate with people, can also be solved by people, given their will and energy (and adequate funding). By noting Incremental Improvements, as discussed In the paper, patience for the long pull toward eventual restoration is more likely to be maintained.
Degradation of the Bay has taken a long time and cannot be overturned quickly. The nutrients problems are more solvable than the toxic ones, which represent a real "time bomb" or "wild card" In the Bay's future. Most urgent of all activities is thus the need to bring about strong water quality standards protecting living resources from toxic impacts In all areas of the Bay. Bibliography Bonzek, C. F. and P. W. Jones. 1982. An Atlas of Commercial Fishery Statistics in Chesapeake Bay 1929-1980. Technical Memordandum No. 5, Md Dep't Natural Resources. Kaumeyer, K. R. and E. M. Setzler-Hamllton. 1982. Effects of Pollutants and Water Quality on Solected Estuarine Fish and Invertebrates: A Review of the Literature. University of Maryland. Ref. No. UMCEES 82-130 CBL. 555
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554<br />
Monitoring<br />
The only practical means by which to measure future success of <strong>the</strong><br />
linked methodology described Is to use tho comprehensive Bay monitoring<br />
program put into place In 1984 and somewhat enlarged in 1985. Both<br />
water quality parameters and soma living resources (phyto-and<br />
zooplankton, benthos) arc Included in <strong>the</strong> program, and sediment samples<br />
for toxicant content covered as well. A total of 28 Virginia and 22<br />
Maryland malnstem stations are Included in <strong>the</strong> program. Equally<br />
Important, for living resource monitoring especially, considerable<br />
tributary monitoring Is also being carried out.<br />
Nutrients are featured In <strong>the</strong> water quality monitoring. Although <strong>the</strong>se<br />
appear to have little direct influence on higher trophic levels, in fact<br />
as <strong>the</strong> source of <strong>the</strong> remarkably (and unwanted) high primary productivity<br />
by algae in <strong>the</strong> Bay, nutrient monitoring is vital, If water quality Is<br />
to be seen to Improve.<br />
The zooplankton portion of <strong>the</strong> monitoring program is also of great<br />
value, given <strong>the</strong> great Importance of those organisms (especially) as<br />
food for certain fishes. Improvements In <strong>the</strong> numbers of <strong>the</strong>se and o<strong>the</strong>r<br />
key parameters or organisms measured each year will Indirectly attest as<br />
to whatever various basic programs aimed chiefly at water quality<br />
improvements are succeeding.<br />
O<strong>the</strong>r monitoring activities have already been mentioned, such as yearly<br />
SAV surveys and photography-mapping, <strong>the</strong> FWS winter waterfowl surveys,<br />
state juvenile fish index surveys, oyster spat surveys, etc - When all<br />
are figured in, a potentially quite reasonable sum total of resource<br />
Information Is available against which to match water quality changes,<br />
as <strong>the</strong> overall Bay restoration program goes forward.<br />
Summary - A description has been given of potential and probable linkage<br />
between water quality and certain kinds of living resources In<br />
Chesapeake Bay. The kinds of data which can be used to <strong>document</strong> past<br />
quantities of each of <strong>the</strong>se ecosystem elements are reviewed. Suggested<br />
quantitative goals are mentioned, as "coupled" targets to shoot for, In<br />
achieving better water quality standards and increasing populations of<br />
living resources on a geographical segmented basis.<br />
Looking ahead, <strong>the</strong> monitoring of Bay water quality and some living<br />
resources in <strong>the</strong> present program, as well as some living resource data<br />
available from o<strong>the</strong>r ongoing programs, will be invaluable In gauging<br />
future success of all restoration activities. O<strong>the</strong>r monitoring programs<br />
are discussed briefly In <strong>the</strong> paper.<br />
Tha Chesapeake Bay's problems are basically <strong>the</strong>se linked to large human<br />
populations. Such environmental problems (particularly perceived as<br />
living resources failures), since <strong>the</strong>y originate with people, can also<br />
be solved by people, given <strong>the</strong>ir will and energy (and adequate funding).<br />
By noting Incremental Improvements, as discussed In <strong>the</strong> paper, patience<br />
for <strong>the</strong> long pull toward eventual restoration is more likely to be<br />
maintained.