©2010 Elsevier, Inc. Chapter 5 Hydrology and Physiography of Wetland Habitats Dodds & Whiles.

Slides:



Advertisements
Similar presentations
Saving Wetlands Is saving Lives prepared by ECOSCI The Science and Ecology Club The Academy of Mount St. Ursula Bronx, NY, USA.
Advertisements

By Erick Arellano December Description The Westminster Ponds Mills complex is one of the largest Natural Areas in London, comprising some 300 hectares.
Texas Waters, Rivers and the Gulf of Mexico
Wetlands  Wetlands contain fresh water for part of the year -trap and filter sediments and pollutants -protect shorelines from erosion -spawning grounds.
1 Wetland: Types Marsh Swamp Bog Floodplain/Bottomland Playa Prairie Pothole Vernal Pool Wet Meadow.
Wetlands and Climate Change By Wynn W. Cudmore, Ph.D. Northwest Center for Sustainable Resources DUE # This project supported in part by the National.
Wetlands  Wetland – “those areas that are inundated or saturated by surface or groundwater at a frequency and duration sufficient to support, and that.
Hydrosphere Only planet with correct atmospheric pressure and temperature to allow water to exist in all its phases 97% water held in ocean basins 2% water.
Aquatic Ecosystems Read the lesson title aloud..
By Sierra Healy, Eliza Blanchette, Alec Bean, Period 1.
UNDERSTANDING WETLANDS Objective : to describe the features and functions of wetlands; to determine the usefulness of wetlands to humans.
Wetland Management. Wetlands Premier, underrated, overlooked natural resource Provide habitat to numerous species of plants and animals.
Chapter 2 Fresh Water Section 3 Wetland Environments
Louisiana Coastal Roots High. Read and Discuss "The swamps and marshes of coastal Louisiana are among the Nation's most fragile and valuable wetlands,
Aquatic Ecosystems & Biomes (3.3)
Preserving Our Wetlands A Presentation of the Madison County Park System.
What are wetlands? Wetlands = areas that normally have plants adapted for life in soil that is saturated or inundated with water for part of the growing.
ANOTHER BEAUTIFUL POWERPOINT BY PATRICK SOPKO. Lucky you. It is about wetlands.
Defining the Wetlands By: Sam Stengel, TJ Cuclasure and Kelsey Bechtel.
Wetlands. What is a Wetland? Types of wetlands. – Marshes – Swamps – Bogs – Fens Types of wetlands. – Marshes – Swamps – Bogs – Fens Water saturated patches.
Freshwater Ecosystem By: Alicia C. and Luke. Examples: Ponds, lakes, inland seas, wetlands, marshes, swamps, bogs, fens, creeks, steams, and rivers. These.
Wetlands. Swamps Dominated by trees 30% of area must be dominated by trees to be a swamp Reeds and grasses grow around edge pH levels 5-8 High groundwater.
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.
Aquatic Ecosystems.
Field Ecology 1. Aquatics 2. Forests & Grasslands 4. Soils3.Wildlife Populations.
Aquatic Biomes. Aquatic ecosystems cover about 75 percent of Earth’s surface The salt content, water temperature, water depth, and speed of water flow.
Freshwater Wetlands Wetlands. I. Wetlands A. Definition - an ecosystem in which water either covers the soil or is present at or near the surface of the.
Estuaries and Wetlands
WETLANDS Mangrove Swamp – Everglades National Park – Estuarine Wetland   
BY: Gajan Pathmanathan
Introduction to Freshwater Ecosystems. Sec 1-1 Why Study Freshwater Ecosystems? Over 70% of the earth’s surface is covered by water. Only 3% of the water.
Aquatic Ecosystems. Aquatic Life Zones There are three categories of marine life based on where plants and animals have adapted to live. Plankton, organisms.
Freshwater Biomes. A biome that includes wetlands, streams, rivers, ponds and lakes Water has a low salt concentration.
Wetlands - Many Names, One Common Factor: Water In New England: Salt marsh Freshwater marsh Swamp Bog Tidal flat Mud flat In other places: Pothole Slough.
Abigail. Taylor, Bradly Aron Shannon. A wetland is an area of land that is inundated or submerged in water all year or at various parts of the year. Inundated.
Why are wetlands important? Wetland: land area that is covered with a shallow layer of water during some or all of the year.
Wetlands Estuary. Wetlands Wetlands are areas of land that are saturated with water most of the year.
Aquatic Life Zones. Marine Biomes Coastal Zone Nearest to the shoreline Relatively warm, nutrient rich, shallow. Ample sunlight. Most productive marine.
By: Julie Avery Class: Fourth Grade Year: Living in a Swamp Ecosystem.
h?v=BeUPbGWg2KU ft_2nj96jLM.
Results A B C A. Year to year variation in water regimes result in changes in plant zones which affect the distribution of dissolved oxygen. The marsh’s.
Aquatic Ecosystems. Aquatic Life Zones There are three categories of marine life based on where plants and animals have adapted to live. Plankton, organisms.
Chapter 8, p What are Biomes? Large regions of the world with distinctive climates, wildlife, vegetation Life in a biome is affected by temperature,
STRUCTURE OF THE HYDROSPHERE. WHERE IS WATER LOCATED?  75% of Earth is covered in Water  25% of Earth is land.
Unit 2 Lesson 2 Aquatic Ecosystems
Unit 2 Lesson 2 Aquatic Ecosystems
Freshwater Wetlands.
Freshwater Organisms and Niches
Lakes and Freshwater Wetlands Guided Notes
Tidal wetlands.

Wetland Destruction APES.
Wetlands Enviro 2 Go
WETLANDS.
Aquatic Ecosystems & Biomes (3.3)
Wetlands Enviro 2 Go
Wetlands! Monday December 17th.
Wetlands.
Pushing THE LIMIT What limits the size of populations?
Aquatic Ecosystems & Biomes (3.3)
Water and the Atmosphere – Chapter 1 Lesson 4
WETLANDS.
Texas Aquatic Ecosystems
Chapter 9 Microbes and Plants Dodds & Whiles ©2010 Elsevier, Inc.
Hydrology and Physiography of Wetland Habitats
Wetlands.
What do you think is the definition of a wetland?
Presentation transcript:

©2010 Elsevier, Inc. Chapter 5 Hydrology and Physiography of Wetland Habitats Dodds & Whiles

©2010 Elsevier, Inc. FIGURE 5.1 A flock of wintering northern pintail ducks (Anas acuta) takes flight from the banks of a wetland in Northern Honshu, Japan. (Photo courtesy of the US Geological Survey).

©2010 Elsevier, Inc. FIGURE 5.2 Peat moss mining from a bog in Ireland for use as fuel; face of the bank is approximately 1m tall. (Photo courtesy of Charles Ruffner).

©2010 Elsevier, Inc. FIGURE 5.3 States that have lost 50% or more of their wetlands since 1780, labeled with percentage lost. (Data from Dahl et al., 1991).

©2010 Elsevier, Inc. FIGURE 5.4 Species richness of five categories of wetland plants in pristine, natural (natural systems receiving agricultural runoff), and restored prairie pothole wetlands. The restored wetlands were formerly cropped and natural revegetation was allowed. (Redrawn from Galatowitsch and van der Valk, 1995).

©2010 Elsevier, Inc. FIGURE 5.5 Researchers working on plant diversity plots in a Spartina alterniflora dominated tidal saltwater marsh on the Gulf Coast of Mississippi. (Photo by Loretta Battaglia).

©2010 Elsevier, Inc. FIGURE 5.6 Above and below the water structure of mangrove trees. (Photo courtesy of the US National Oceanic and Atmospheric Administration).

©2010 Elsevier, Inc. FIGURE 5.7 An inland freshwater marsh in Louisiana with abundant floating and emergent vegetation including water lilies (Nymphaea spp.) and American lotus (Nelumbo lutea). (Photo by Loretta Battaglia).

©2010 Elsevier, Inc. FIGURE 5.8 A cypress swamp in Louisiana showing the buttressing and “knees” of the baldcypress trees. The water is covered with duckweed (Lemna minor), a floating aquatic plant that is abundant in wetlands. (Photo by Loretta Battaglia).

©2010 Elsevier, Inc. FIGURE 5.9 Prairie potholes in northwestern Minnesota. (Photo courtesy of the US Fish and Wildlife Service).

©2010 Elsevier, Inc. FIGURE 5.10 A bog body, the naturally mummified corpse of a man who lived during the fourth century bc. He was found in 1950 buried in a peat bog in Denmark. Low pH, cool temperatures, and anaerobic conditions result in remarkable preservation of soft tissues. (Photo courtesy of Creative Commons).

©2010 Elsevier, Inc. FIGURE 5.11 Classification of some subhabitats in two wetland types. Associated with still open water (A) and associated with a slow-moving stream (B). (From Cowardin et al., 1979).