Groundwater Program Goals Maintain ground-water quantity and quality for human use while maintaining ecosystem integrity on NFS lands.

Slides:



Advertisements
Similar presentations
Rangeland Health United States Department of the Interior Bureau of Land Management.
Advertisements

WATER QUALITY ANALYSIS for ANTIDEGRADATION
Process – Resource Evaluation Design and perform a set of geographically based resource assessments Develop a methodology for prioritizing land according.
Wetlands  Wetlands contain fresh water for part of the year -trap and filter sediments and pollutants -protect shorelines from erosion -spawning grounds.
Ramsar Convention on Wetlands ( Ramsar Convention on Wetlands ( Convention on Wetlands “The conservation and wise use of.
Environmental Sciences: Towards a Sustainable Future Chapter 7 Water: Hydrologic Cycle and Human Use.
Water Use.
Aquatic Ecosystems Chapter 54. In general…  Aquatic ecosystems are classified primarily on abiotic factors: temperature, salinity, dissolved oxygen,
Aquatic Ecosystems Chapter 7.
Aquatic Ecosystems Read the lesson title aloud..
Oil Spill Effects on Environment and Wildlife
Chapter 10 Wetlands. I. What determines a Wetland? A. The nature and properties of wetlands varies widely in Texas and worldwide, wetlands are typically.
Aquatic Ecosystems Determining factors:
Flowing-Water Ecosystems Rivers, streams, creeks Plenty of dissolved oxygen Turtles and beavers make home down stream.
DEPARTMENT OF REGIONAL DEVELOPMENT, PRIMARY INDUSTRY, FISHERIES AND RESOURCES Water Management Planning An essential component of the MMP
Rick Swanson USDA Forest Service U.S. Forest Service: C&I’s for: The World’s Largest Water Company U.S. Forest Service: C&I’s for: The World’s Largest.
Aquatic Ecosystems & Biomes (3.3)
Aquatic Ecosystems. 1.What are the aquatic ecosystems on Earth? 2. Freshwater 3. low concentrations of salt % of water on Earth 3. Rivers and Streams.
Changing Focus on Watershed Issues < 1960’s: Water supply and flooding > 1960’s: Land use effects on water quality > 1980’s: Riparian and aquatic ecology.
Topic 10 cont’d Marine Biomes. Abiotic Factors  Wind  Dissolved gases  Waves  Nutrient availability  Salinity and pH  Depth  Pressure  Temperature.
Extended Council Context for the NMN Design Management Questions Objectives Environments Resources of Primary Concern Stressors affecting resources Core.
LEQ: Why is it important to have and conserve the wetlands in a watershed? Key Terms: Wetlands Conserve.
Chapter 7 Aquatic Ecosystems Environmental Science Spring 2011.
Key Concepts Ch. 23  Human land use  Types and uses of US public lands  Forests and forest management  Implications of deforestation  Management of.
Aquatic Ecosystems Chapter Seven Section One Freshwater Ecosystems.
Aquatic Ecology Notes.
 Biota- all of the living parts of the biosphere  Hydrosphere- all of the water in its various forms in the biosphere  Atmosphere- the air surround.
Managing Western Water as Climate Changes Denver, CO February 20-21, 2008.
Field Ecology 1. Aquatics 2. Forests & Grasslands 4. Soils3.Wildlife Populations.
Kinge of Dremes MLIS Government Information Sources.
Climate Limnos / Ocean Biota Global –> Regional Climate Models (e.g. CGCM -> Great Lakes down-scaled projections) Air Temperature, Humidity, Precipitation,
Topics for today Dams - Geography –Elwha River Dams –Glen Canyon Dam –Colorado Compact (1922) Ground water Chapter IX pp Importance Processes –Hydraulic.
Southern Research Station Southern Research Station ************************************ Water Research USDA Forest Service Research and Development Southern.
By: Alicia Cisco and Luke Whitlow
Presented by Kristin Montauredes Riparian Zone. Riparian Zone- The transition between the aquatic environment of a river or stream and the upland terrestrial.
Review Ch. 13 Sec Why is it so important that elements cycle through ecosystems? Ch. 14 Sec Explain the difference between primary and secondary.
I CAN: DESCRIBE THE CHARACTERISTICS OF THE TWO TYPES OF AQUATIC ECOSYSTEMS: FRESHWATER & MARINE.
ESTUARIES Where a freshwater stream meets the sea & the water level changes with the tides Also includes where a river or stream meets a large body of.
WATERHOLIC - a drop of water, a drop of hope COLEGIUL TEHNIC „MIRON COSTIN” ROMAN, ROMÂNIA 23 – Palermo, ITALIA.
Chapter 6 Aquatic Biodiversity. Core Case Study: Why Should We Care About Coral Reefs?  Help moderate atmospheric temperature by removing CO 2 from the.
Sustaining Aquatic Biodiversity. Questions for Today  What are the major threats to aquatic biodiversity (HIPPCO)?  How can we protect and sustain marine.
Chapter 4: Ecosystems and Communities 4-1 The Role of Climate.
Aquatic Biodiversity G. Tyler Miller’s Living in the Environment 14 th Edition Chapter 7 G. Tyler Miller’s Living in the Environment 14 th Edition Chapter.
RESERVE DETERMINATION STUDIES FOR SELECTED SURFACE WATER, GROUNDWATER, ESTUARIES AND WETLANDS IN THE GOURITZ WMA – PSC MEETING NO 1 OVERVIEW OF THE RESERVE.
Sustaining Aquatic Biodiversity G. Tyler Miller’s Living in the Environment 14 th Edition Chapter 11 G. Tyler Miller’s Living in the Environment 14 th.
FRESHWATER and ESTUARY BIOMES. Chapter 20 Stream and River Ecosystems The water in brooks, streams, and rivers flows from melting snow, rain or a spring.
Mrs. Sealy - APES.  Coral reefs  Estuaries  Ocean floor  Near coasts  The tropics  The bottom region of the ocean as opposed to the top levels.
Texas Surface Water Resources
Section 3: Aquatic Ecosystems
Section 3: Aquatic Ecosystems
Aquatic ecosystem research and Water in the Environment
Aquatic Biomes.
Aquatic Ecosystems & Biomes (3.3)
Estuaries are dynamic environments where rivers flow into the ocean.
Biodiversity Chapter 5 Jeopardy!
Ecological Succession
The Endangered Species Act
Sustaining Aquatic Biodiversity
Reasons ecosystems decline
Sustaining Aquatic Biodiversity
Sustaining Aquatic Biodiversity
Pushing THE LIMIT What limits the size of populations?
Section 3: Aquatic Ecosystems
Aquatic Ecosystems & Biomes (3.3)
Ecosystems.
Water and the Atmosphere – Chapter 1 Lesson 4
Chapter 4.4 Aquatic ecosystems.
Texas Aquatic Ecosystems
Mind Stretcher Chapter 20
Mind Stretcher Chapter 20
Presentation transcript:

Groundwater Program Goals Maintain ground-water quantity and quality for human use while maintaining ecosystem integrity on NFS lands.

Policy Pieces Laws Executive orders Regulations Directives

To manage ground-water and the dependent ecosystems at the project level, the forest plans need to address groundwater.

DRAFT LMP HANDBOOK Chapter 10-- Assessment Ecosystems Water Resource At-Risk Species Social and economic sustainability

DRAFT LMP HANDBOOK Chapter 23– Requirements for Integrated Plan Components Riparian areas for Ecosystem Integrity and Ecosystem Diversity Water quality and resources

DRAFT LMP HANDBOOK Chapter 30– Monitoring Monitor water flow, timing, and quality to sustain aquatic ecosystems, GDEs and existing human uses.

_II_FG_final_March2012_rev1_s.pdf

Groundwater Dependent Ecosystems Groundwater Dependent Ecosystems (GDE) Inland and Freshwater GDE Discharge GDE SpringsFens Other wetlands (marshes, swamps, etc.) Lakes (groundwater- supported) Streams (base-flow) Shallow water table GDE Phreatophytic (includes some riparian) Subsurface GDE Cave/KarstAquifers Marine GDE (mangroves, etc.)

Inventory field forms

ENDANGERED Ground Water Rank MAMMALS Gray wolf 4 Black-footed ferret 4 BIRDS Southwestern willow flycatcher 3 Whooping crane 3 FISH June sucker 2 Bonytail chub 2 Kendall Warm Springs dace 1 Sockeye salmon 2 Dependence on Groundwater: 1 = Uses ground water as primary habitat 2 = Part of life cycle uses ground water for habitat 3 = Primary food source uses ground water for habitat 4 = May come in contact with, but not dependent on ground water INTERMOUNTAIN REGION PETS SPECIES DEPENDENCE ON GROUND WATER

Management Impacts to groundwater and GDEs 1.Ground-water depletion 2.Contamination 3.Surface disturbance 4.Invasive species

OOOOH This is awesome

Montanore Mine GDE Inventory

Questions