Sci 113: Watersheds And How They Work

Slides:



Advertisements
Similar presentations
Earth Systems and Resources – College Board
Advertisements

Water Table and Aquifers
Chapter 8 GPQ: Mario, Lytria 8-1
Macroinvertebrate Counts; Now and Then Comparing and contrasting 2000’s macroinvertebrate count, to 2008’s macroinvertebrate count.
Biological Properties. Biological attributes of a waterway can be important indicators of water quality. Biological attributes refer to the number and.
Watershed Introduction. What is a Watershed? An area of land, from ridge top to ridge top, that collects, stores, and releases water to a common point,
Outcome: ES20-AE1 – Analyze the relationship between biotic and abiotic factors that provide criteria to determine the condition of aquatic systems. ES20.
Overview of Watershed Systems
MEDITERRANEAN SEA GAZA WEST BANK LEBANON EGYPT Aswan High Dam
Water Pollution G. Tyler Miller’s Living in the Environment 14 th Edition Chapter 22 G. Tyler Miller’s Living in the Environment 14 th Edition Chapter.
Water, water everywhere and not a drop to drink!
Water, water everywhere and not a drop to drink! 3.6 Water Resources.
WATER. OBJECTIVES  Describe the diistribution of Earth’s water resources.  Explain why fresh water is one of Earth’s limited resources.  Describe the.
Water Resources G. Tyler Miller’s Living in the Environment 13 th Edition Chapter 14 G. Tyler Miller’s Living in the Environment 13 th Edition Chapter.
APES Chapter 14 Water Resources. Water’s Unique Properties  Hydrogenbonding  Hydrogen bonding  Liquid over wide temperature range  Changes temperature.
Water-Overview of SurfaceWater (dams, water cycle, etc)
EARTH IS UNIQUE – ITS TEMPERATURES & PRESSURES ALLOW FOR WATER TO EXIST IN ALL THREE STATES: SOLIDS, LIQUID, AND GAS Ch 23.1 Water & the Water Cycle.
WATER H 2 O. Earth’s Water Global Water Usage Percent of Water Consumption.
Water Pollution. Types and Sources of Water Pollution  #1 problem - Eroded soils  Organic wastes, disease-causing agents  Chemicals, nutrients  Radioactive.
WHAT DO I NEED TO KNOW???. NON POINT SOURCES OF POLLUTION CROP LAND FEED LOTS LOGGED FORESTS GOLF COURSES STREETS PARKING LOTS.
Chapter 15 Issues in Water Quality. What is Water Quality? Physical –Sufficient flow to sustain fish and aquatics –Enough pools and riffles –Riparian.
Sustainable Water Use & Global Water Resources Ch. 13.
WATER Chapter 5, pages Relationships of Land and Water The Earth may be 70% water, but water interacts with land A LOT! Precipitation falls on.
Stream Quality Assessment Biological Monitoring. WHY Monitor Stream Quality? To determine if problems exist in our streams and rivers.
Stream Study. Agenda The Water Cycle Water, Water, Everywhere What is a Riparian Buffer The Question: Is our local stream healthy? The Methods The Analysis.
WATER TEST REVIEW.  What percent of our planet is water?
Water.
STREAM QUALITY in SOUGAHATCHEE CREEK. LEECH CRANE FLY MIDGE STONEFLY CADDISFLY MAYFLY GOOD WATER QUALITY (EPT~10-23) POOR WATER QUALITY (EPT~0-5)
Sampling Biodiversity Using macroinvertebrates
Water Assessment Data Lab Assignment # 5 Land Use The first thing you notice when field sampling is the area around your site. What type of land use.
Benthic Macroinvertebrates of the Rouge River Watershed An Introductory Photo Slide Show.
By: Jill Roe and Kaelyn Burns. Terms in the Cycle Groundwater: Water that sinks into the soil and is stored in slowly flowing and slowly renewed underground.
Water Cycle, Groundwater, Aquifers, Caves
Water Resources G. Tyler Miller’s Living in the Environment 13 th Edition Chapter 14 G. Tyler Miller’s Living in the Environment 13 th Edition Chapter.
13-6 How Can We Use Water More Sustainably? Concept 13-6 We can use water more sustainably by cutting water waste, raising water prices, slowing population.
Measuring Watershed Health – Part I Biological Indicators.
Record notes in your notebook  Record at least 5 facts/ideas in your notebook.  Write down and answer the following questions:  What are“benthic macroinvertebrates”?
Freshwater Resources and Water Pollution
Water Pollution Chapter 19 “Today everybody is downwind or downstream from somebody else.” William Ruckelshaus.
Ground Water. Water Resources Water –Earth’s surface is covered by 71% water –Essential for life – can survive only a few days without water.
Human Impacts Part 2- Watersheds. What’s a Watershed? An area of land that drains into a common body of water.
Dissolved Oxygen Pollution Types.
What is the water cycle?.
Stream Ecology.
River Vocabulary Science 1.
Biology October 6, 2016 Class: Post River Study Homework: Test on Water properties, Water cycle, Macroinvertebrates, Watershed Next week.
23.1 Fresh Water 71% of Earth is covered with water, 3% is fresh
5.2 Detection and Monitoring of Pollution
Ch. 14and 19 Water Resources and Water Pollution
Freshwater Resources and Water Pollution
Soil.
CON 101 Waters Frank Smith ><<{{{(‘>
Water Pollution.
Water and the Environment
MATCHING A) Ultimate source of energy for the Earth’s water cycle B) Precipitation C) Evaporation D) Water remains in ocean E)Condensation.
The Global & Local Storage and Flow of Water
Conserving freshwater aquatic ecosystems requires consideration of 1
Living in the Environment
Freshwater Resources and Water Pollution
Simplified Hydrologic (Water) Cycle
Living in the Environment
Land Use in a Watershed Unit 1: The Hydrosphere.
Living in the Environment
INFO FROM: HEALTHY WATER, HEALTHY PEOPLE WATER QUALITY GUIDE
Freshwater Resources and Water Pollution
Aquatic Ecology Envirothon
The Water and Phosphorus Cycles
Living in the Environment
10.3 Ground water supply.
The Water Cycle Aka Hydrologic Cycle.
Presentation transcript:

Sci 113: Watersheds And How They Work

Evaporation and transpiration Flowing artesian well Precipitation Unconfined Aquifer Recharge Area Evaporation and transpiration Well requiring a pump Evaporation Confined Recharge Area Runoff Aquifer Stream Infiltration Water table Lake Infiltration Unconfined aquifer Confined aquifer Less permeable material such as clay Confining permeable rock layer

Forested Hillside Oxygen released by vegetation Diverse ecological habitat Evapotranspiration Trees reduce soil erosion from heavy rain and wind Agricultural land Steady river flow Leaf litter improves soil fertility Tree roots stabilize soil and aid water flow Vegetation releases water slowly and reduces flooding Forested Hillside

Evapotranspiration decreases Tree plantation Evapotranspiration decreases Roads destabilize hillsides Ranching accelerates soil erosion by water and wind Winds remove fragile topsoil Agriculture land is flooded and silted up Gullies and landslides Heavy rain leaches nutrients from soil and erodes topsoil Rapid runoff causes flooding Silt from erosion blocks rivers and reservoirs and causes flooding downstream After Deforestation

NONPOINT SOURCES Urban streets Suburban development Wastewater treatment plant Rural homes Cropland Factory Animal feedlot POINT SOURCES

What’s Our Plan? Analyze the physical, chemical and biological attributes of Piper’s Creek Analyze three separate sites Identify impacts both actual and possible Get an understanding of the ecological importance of a watershed and subsequent riparian zone Assess the biodiversity of Piper’s Creek in relation to habitat

How will we do it? Habitat survey Big Leaf Maple Habitat Mixed Deciduous Habitat Conifer Habitat Red Alder Habitat

How will we do it? Chemical-physical survey Water Quality Kit Three different sites

How will we do it? Stream Macroinvertebrates Identification Sensitivity Calculate Qulaity Index Indicate presence with an "x" Sensitive Somewhat sensitive Tolerant   caddisfly larva beetle larva aquatic worms hellgrammite clams pouch (& other) snails mayfly nymph crane fly larva leeches gilled snails crayfish midge larva

Site 3 Site 2 Site 1