GOALS and OBJECTIVES BASELINE FOR LONG TERM MONITORING – Identify distribution and estimate relative abundances of fish species – (Other objectives -

Slides:



Advertisements
Similar presentations
SELECT AREA FISHERY EVALUATION BPA Project # CEDC, ODFW, WDFW.
Advertisements

Investigate Re-establishing Anadromous Fish Populations Above Man-made Barriers Oregon Department of Fish and Wildlife Willamette Basin.
Evaluation of Juvenile Salmonid Outmigration and Survival in the Lower Umatilla River Project No Tara White, Shannon Jewett, Josh Hanson,
Evaluate Spawning of Fall Chinook and Chum Salmon Just Below the Four Lowermost Columbia River Mainstem Dams Project PNNL.
BPA Christina Luzier USFWS
Fisheries and Climate Change Dr. John T. Everett National Marine Fisheries Service National Oceanic and Atmospheric Administration United States Department.
Groundfish Management Policy Objectives Diana Evans NPFMC staff North Pacific Fishery Management Councils.
Experimental Design 9th Grade EIC September 28, 2010.
Planning for fish bearing waters between Glen Canyon Dam and Lake Mead.
CSMEP Goal: Improve the quality and consistency of fish monitoring data, and the methods used to evaluate these data, to answer key questions relevant.
An Overview. EDT – Habitat Model Results = Species Habitat Potential Raw Data and Observations Species-Neutral Environment Species-Life Stage View of.
Growth of native and exotic plants during the 2000 Low Steady Summer Flows Or: Be careful what you ask for… Marianne E. Porter Michael J.C. Kearsley Dept.
Native Fish, Science and Management in the Colorado River Ecosystem
Non-native fish monitoring activities in Glen and Grand Canyons during 2000 Dave Speas, AGFD Carl Walters, UBC Scott Rogers, AGFD Bill Persons, AGFD.
Yakama Nation Pacific Lamprey Recovery Project Core Data And Monitoring Framework.
Glen Canyon Dam Adaptive Management Program WY 2000 Low Steady Summer Flow Randy Peterson, BOR Barry D. Gold, GCMRC A Test of Concept.
Riparian Zone Habitat Assessment Vegetation and More.
The Response of Atlantic Cod (Gadus morhua) to Future Climate Change
Brandon Albrecht Ron Kegerries Zach Shattuck BIO-WEST, Inc.
April 22, 2003 IERM Overall Objectives 1.Quantify relationship between hydrologic and hydraulic attributes and effects on selected ecological performance.
Upper Colorado River Endangered Fish Recovery Program.
What are the potential impacts of climate change on fresh water recreational fishing opportunities in the U.S.? Presentation to: Water Ecology and Climate.
Restoration of Chamberlain Creek Amy Clinefelter Riparian Wetland Research Program Restoration of Chamberlain Creek Amy Clinefelter Riparian Wetland Research.
Marine Science Ecology Unit Slides taken from Kelly Cook DRL
Streams and Rivers.
Large Wood Treatment on Habitats and Fish Populations of Green River and Crab Creek Bio-Surveys, LLC 2007 Presented by Esteban Quiles.
 Biome Coral Reefs By: Hamad Al Dafaa. Map of the Coral Reefs.
Upper Colorado River Endangered Fish Recovery Program Presentation at Utah Division of Water Rights Public Meeting, Vernal, Utah August 20, 2009.
Klamath Coho Integrated Modeling Framework (IMF)
NON-NATIVE SALMOINDS IN LAKE SUPERIOR Don Schreiner, MNDNR Steve Schram, WIDNR Shawn Sitar, MIDNR Mike Petzold, OMNR.
Mechanical Removal of Non-native Fishes in the Colorado River within Grand Canyon Lew Coggins, Michael Yard, Daniel Gwinn, and Clay Nelson 1 USGS, Grand.
Fish Biology
Forage Fish Nars Martinez. Forage Fish Facts Small Fish that breed prolifically Serve as food for marine animals, birds and salmon live and spawn on the.
Shoshone-Bannock Tribes Fish and Wildlife Department.
Pataha Creek, 10% of Flow, RM 0.1 (L): 67degrees Tucannon River, 90% of Flow, RM 11 (R): 70 degrees.
R I O Hs - Rio Grande Silvery Minnow Index of Habitat Health Joel D. Lusk and Cyndie Abeyta U.S. Fish and Wildlife Service Bosque Hydrology Group Water.
Study 466 Trawl Update Mt. Clemens Fisheries Research Station Prepared for the Saginaw Bay Coordination Meeting - Feb. 26, 2003 Spottail shiner.
Coldwater Fish in Wisconsin Carly Krueger BIO 171: Animal Biology Lab 2 December 4, 2014.
There are five known species of peacock bass. The Peacock Bass is an exotic species that is originate and thrive in South American waters. The range of.
LOTIC ECOSYSTEMS Flowing water Moving continuously in one direction. Headwaters- Where the river or streams begin. Rivers are created in two ways: 1.
- Aquatics - Presented by: Rick Pattenden Mainstream Aquatics Ltd.
Saginaw Bay Phragmites Control and Restoration Demonstration Project Julie Sims MDEQ, Water Bureau SBCI Regional Update Meeting Bay City, MI June 5, 2009.
Recommendations on export limits San Luis & Delta-Mendota Water Authority.
John Lake – Marine Biologist RIDFW-Marine Fisheries Section 3 Ft. Wetherill Road Jamestown, RI Young-of-the-Year Survey in RI.
Red Lake Fishery Scott Toshner Senior Fisheries Biologist Inland Waters of Douglas and Bayfield Counties.
Adaptation for Survival L4: Environmental Changes Learning Objectives: 1.Describe different methods to monitor the environment. 2.Explain how living and.
IERM Overview Goals: 1. Development of an integrated, whole-system model for ecological response to water level/flow scenarios 2. Blend ecological research.
SAV Management Strategy 1 Title of Presentation Date Image or Graphic.
NOAA’s National Marine Fisheries Service Biological Opinion for Water Supply, Flood Control Operations & Channel Maintenance by the Army Corps, SCWA, and.
DRV/RH/Ecohal The influence of climate change on commercial flatfish populations in the Bay of Biscay O. Le Pape, D. Guérault and Y. Désaunay Bergen ICES.
Esteban Quiles Earth and Physical Science Department Western Oregon University Monmouth, Oregon
Climate change impacts to fishes in the Columbia River Basin
Iowa Department of Natural Resources
Freshwater Ecosystems
Land-based Pollution Threats to Coral Reefs
POPULATIONS RESPOND TO PRESSURES
Your Subtitle Goes Here
Lakes & Large Impoundments Chapter 22
Upper Colorado River Endangered
How surface currents differ from deep ocean currents
Population Ecology Population Growth.
Restoration Considerations
Glen Canyon Dam Determining Best Management Practices.
Rocky Shore Habitats Annie Russell.
A trout by any other name…
Self-Organizing System
Secretary Cindy Adams Dunn
Fishery Census 2005 Carter Lake, Iowa Chris J. Larson
Q.Q. 03/04 What is the largest number of organisms that an environment can support and maintain? Limiting factor Population ecology Carrying capacity Population.
Characteristics of Coldwater Streams
Presentation transcript:

GOALS and OBJECTIVES BASELINE FOR LONG TERM MONITORING – Identify distribution and estimate relative abundances of fish species – (Other objectives - no time to discuss) EVALUATE LSSF –Identify growth patterns for YOY native fishes and small non-native fishes in backwaters during LSSF –Evaluate changes in relative abundance

ANTICIPATED EFFECTS OF LSSF MAIN CHANNEL TEMPERATURE INCREASES NEAR SHORE TEMPERATURE INCREASES INCREASED STABILITY AND TEMPERATURE OF SHORELINE HABITATS (Backwaters) ENHANCED SPAWNING FOR NATIVE FISHES INCREASED GROWTH AND SURVIVAL FOR NATIVE FISHES INCREASED GROWTH, SURVIVAL AND EXPANDED DISTRIBUTION OF WARM WATER NON-NATIVE FISHES

LSSF : CONCLUSIONS MAIN CHANNEL AND BACKWATER TEMPERATURES INCREASED NO IMMEDIATE INCREASE OR CHANGE IN DISTRIBUTION OF ADULT NATIVES OR NON-NATIVES NO OBSERVABLE POSITIVE EFFECT ON GROWTH OF YOY FISH ENHANCED SPAWNING FOR NATIVE FISHES ENHANCED SPAWNING FOR FATHEAD MINNOW SIGNIFICANT INCREASE IN ABUNDANCE OF FMS, BHS, SPD, AND FHM (NOT HBC) FALL SPIKE; DISADVANTAGED FHM MORE THAN NATIVES INCREASED SURVIVAL ??

LSSF: BOTTOM LINE BENEFIT TO HBC MINIMAL BENEFIT TO NATIVE SUCKERS ONLY IF YEAR CLASS SUCCESSFULLY RECRUITS - WON’T KNOW FOR 3-4 YEARS BENEFIT TO NON-NATIVES (FHM) WAS IT STEADY FLOWS OR TEMPERATURES, OR BOTH ? (SAME EFFECTS WITH WARMER TEMPS AND FLUCTUATING FLOWS?) REPEATABLE?