New York State Department of Environmental Conservation

Funding 15 projects for a total of $201,000
Funding Projects

    January 1, 2017 to December 31, 2020In ProgressProject

    Until the mid-1950’s, a diverse assemblage of deepwater ciscoes including bloater (Coregonus hoyi) inhabited Lake Ontario. Currently, only the shallow-water form of Cisco (C. artedi) remains. The Lake Ontario Committee has established a plan to reestablish a self-sustaining deepwater cisco population within 25 years. The work is supported by the Lake Ontario FCOs and guided by the Strategies for the Reestablishment of Native Deepwater Ciscoes in Lake Ontario.

    86,000 USD (Estimates)

  • Transfer of Finnish Coregonine Culture Techniques and a Retrospective Analysis of Restoration Strategies to Advance Coregonine Restoration in the Great Lakes

    January 1, 2013 to July 1, 2014In ProgressProject

    Previous attempts to rehabilitate Great Lakes coregonines (Coregonus spp.) have been unsuccessful due to the reliance on fry and stocking on top of existing populations that made evaluations difficult. After the demise of cisco and deepwater coregonines during 1940-50, non-native alewife (Alosa psuedoharengus) and rainbow smelt (Osmerus mordax), replaced native species as forage of top predators. A basin-wide decline of both rainbow smelt and alewive has generated broad inter-lake, international interest and urgency in re-establishing species such as cisco (C. artedii), bloater (C.

    0 USD (Estimates)

  • Juvenile and Adult Lake Trout Assessment; Biomonitoring (lower trophic levels and nutrients); Preyfish Assessments; Eastern Basin Warmwater Fish Assessment

    January 1, 1980 to December 31, 2000Project

    Index abundance and monitor population demographics (fish assessments); Measure indexes of productivity and characterize phyto and zooplankton communities; Keywords: Alewife, Cormorant, Creel, Double-crested, Fish, Forage base, Harvest, Lake trout, Multi-disciplinary, Distribution, Open lake

    0 USD (Estimates)

  • U.S. Canada Great Lakes Islands Project

    September 1, 1994 to December 31, 2000Project

    "The U.S.-Canada Great Lakes Islands Project is a binational collaboration among 35 researchers, policymakers, and islanders who want to conserve the globally significant biological integrity of the 3 , islands. The purpose of the project is to serve as 1) a catalyst to start a basin-wide "conversation" about the islands and conservation of biological diversity and 2) a central base or focal point for activities, data, and information about the islands.

    0 USD (Estimates)

  • Effect of a thiamine deficiency on spawning migration of salmonids in the Great Lakes Basin and development of thiamine treatment protocols for adults and eggs

    April 1, 2001 to May 31, 2002Project

    Objective: To assess the effect of thiamine supplementation on the upstream migration of salmonids and thiamine status of adults and eggs. Keywords: Salmonid, Thiamine, Coho salmon

    0 USD (Estimates)

  • Lake Erie Sediment Sampling.

    December 31, 1985 to December 31, 2000CompletedProject

    Determine depositional chronology and surficial sediment contaminate and what impacts may have on loadings to Lake Ontario. Keyword: Sediment

    0 USD (Estimates)

  • Rotating Intensive Basin Studies

    January 1, 1999 to December 31, 2000CompletedProject

    Ambient water quality monitoring Keyword: Ambient, Assessment

    0 USD (Estimates)

  • Lake Erie Fisheries Research Unit.

    October 1, 1978 to December 31, 2000CompletedProject

    Monitor and assess status of fish populations in New York waters of Lake Erie. Keyword: Commercial Species, Creel, Diet, Fisheries Mgmt., Freshwater Fish, Harvest, Hatchery Plantings, Lake Trout, Population, Predation

    0 USD (Estimates)

  • Quantitative Fisheries Center at Michigan State University

    July 1, 2005 to December 31, 2015In ProgressProject

    Fisheries managers attempt to produce the highest possible sustained benefits for people by actions that influence aquatic organisms, their environments, and their human users. Fisheries management decisions have consequences that extend beyond the participants in recreational and commercial fisheries. Within Michigan alone, licensed anglers contribute nearly $2 billion to the state economy.

    5,000 USD (Estimates)

  • Improving the Environmental Cleanup Technologies in the Great Lakes using a Novel Microreactor with Nanostructured Materials

    February 1, 2006 to July 31, 2007CompletedProject

    This project seeks to improve the understanding of use impairment that exists due to the contamination of the Great Lakes by metals and organochlorines. The specific objective is to develop a new remediation technology based on nanostructured materials for the rapid, low-cost, clean and effective removal of mercury, chromium and polychlorinated biphenyls (PCBS) in the Great Lakes. We have recently reported the use Palladium nanoparticles (Pd-NPs) and their novel applications for the rapid conversion of Cr(VI) to Cr(III)1,2.

    10,000 USD (Actual)