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A Management Strategy for Oneida Lake and its ... - CNY RPDB Home

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Current Projects Associated with Fish <strong>and</strong> Fisheries in <strong>Oneida</strong> <strong>Lake</strong> <strong>and</strong> <strong>its</strong> Tributaries<br />

Project Goal Funding source<br />

Creel survey - CBFS Measure angler use of lake <strong>and</strong> harvest/catch rates NYS DEC<br />

Warmwater fish management<br />

- CBFS<br />

Limnology monitoring -<br />

CBFS<br />

Ecopath/EcoSim models -<br />

CBFS<br />

Monitor fish populations with particular attention<br />

to walleye <strong>and</strong> yellow perch. Recommend<br />

management strategies<br />

Monitor lower trophic levels <strong>and</strong> physical/chemical<br />

variables<br />

Ecosystem approach to fisheries management<br />

through models. Comparison with Bay of Quinte<br />

NYS DEC<br />

Cornell<br />

GLFC<br />

With OMNR, DFO<br />

Population dynamics models<br />

<strong>for</strong> walleye <strong>and</strong> yellow perch<br />

- CBFS<br />

Benthification - CBFS<br />

Hydrodynamics models -<br />

CBFS<br />

Sturgeon habitat use - CBFS<br />

Cormorant biology - CBFS<br />

Common terns - CBFS<br />

Zooplankton ecology - CBFS<br />

Water chestnut control<br />

Rotating Intensive Basin<br />

Studies (RIBS)<br />

Tributary Monitoring<br />

Program<br />

Underst<strong>and</strong> compensatory effects of management<br />

<strong>and</strong> ecosystem changes on a coupled predatorprey<br />

system<br />

Underst<strong>and</strong> effects of increased water clarity <strong>and</strong><br />

decreased nutrient input to lakes. Effects of<br />

increased macrophytes<br />

Effect of climate change on stratification<br />

Population dynamics of a successful reintroduction<br />

Cormorant habitat utilization, diving pattern, diet<br />

selection, effect on fish populations<br />

Effects of cormorant hazing on terns<br />

Diapausing eggs controlling population biology<br />

Control / eradication<br />

Water quality <strong>and</strong> fisheries monitoring<br />

Baseline <strong>and</strong> storm event monitoring<br />

GLFC, NYS DEC<br />

With OMNR, DFO, LSU,<br />

Univ. Michigan<br />

NY Sea Grant<br />

Cornell/Syracuse<br />

Internally funded<br />

With scientist in Australia,<br />

New Zeal<strong>and</strong>, Israel <strong>and</strong><br />

Wisconsin<br />

Cornell, USDA<br />

USGS –Sport Fish Restoration<br />

funds. With Cornell Fish<br />

Wildlife Coop Unit (USGS)<br />

APHIS<br />

Through Cornell USGS Coop<br />

Unit<br />

Cornell<br />

With EEB<br />

<strong>CNY</strong> <strong>RPDB</strong>, SWCD, OLA,<br />

Cornell, CCE Onondaga Co.<br />

NYS DEC<br />

<strong>CNY</strong> <strong>RPDB</strong>, SWCD,<br />

Planning <strong>and</strong> Health Departments,<br />

CBFS<br />

Current Programs, Regulations,<br />

<strong>and</strong> Guidelines<br />

<strong>Oneida</strong> <strong>Lake</strong> <strong>and</strong> various tributaries throughout<br />

the watershed are stocked with fish on an<br />

annual basis by NYS DEC <strong>and</strong> Onondaga<br />

page 66<br />

County Carpenter’s Brook Fish Hatchery in<br />

cooperation with County Federated Sportsmen.<br />

A variety of fish species are planted,<br />

including walleye, brown trout, rainbow trout,<br />

brook trout, <strong>and</strong> sturgeon. The NYS DEC<br />

stocks fish <strong>for</strong> two main reasons – to enhance<br />

recreational fishing <strong>and</strong> to restore native<br />

Chapter 3: Priority Areas

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