Model Specifics Maps of nearshore marine veg. Amt. stored in 4 carbon ‘pools’ Aboveground biomass Belowground biomass Sediments Dead organic matter Rate.

Slides:

Advertisements

Similar presentations

Chapter 16 The Oceans, Coastal Processes, and Landforms Geosystems 6e An Introduction to Physical Geography Robert W. Christopherson Charles E. Thomsen.

Advertisements

Fabiencousteau.org Coastal Vulnerability Model: Mapping the Coastal Protection Benefits Provided by the Natural Environment Greg Guannel, K. Arkema, M.

Intertidal Zone Ms. Bridgeland. Intertidal Zone Shallow area connected to the beach that is made up of high tides and low tides Talk about habitats that.

Marine Environments. Why is the water below foaming?

Where Fresh Water Meets Salt Water

Wetlands  Wetlands contain fresh water for part of the year -trap and filter sediments and pollutants -protect shorelines from erosion -spawning grounds.

Linking the Science and Economics of Blue Carbon Brian C. Murray Director for Economic Analysis Nicholas Institute, Duke University Oceans Day UNFCCC COP.

What is “Coastal Blue Carbon”? A win-win-win for habitat conservation, coastal resilience, and climate mitigation Dr. Ariana Sutton-Grier NOAA Coastal.

Salt Marshes Christopher Bednar. Introduction Environment in the Coastal Intertidal Zone Transitional environment between land and sea Dominated by halophytes.

Marine Estuaries What are they? - Positive - Negative  Where are they located?  What is their importance?  What are the biological characteristics of.

Habitat Restoration in the Commencement Bay Nearshore & Tidelands Area.

Ecosystem Services Analysis Tues, Jan ES 281.

InVEST Carbon Model Carbon storage and sequestration Estimate the amount and value of carbon stored, and sequestered on a landscape over time.

Ch. 6 Aquatic Biodiversity and Life Zones

Marine Environments.

Aquatic Biomes Freshwater – Lakes and Ponds – Streams and Rivers – Marshes and Swamps Marine – Oceans – Coastal wetlands.

Louisiana Coastal Roots High. Read and Discuss "The swamps and marshes of coastal Louisiana are among the Nation's most fragile and valuable wetlands,

Warm Up What is an ESTUARY? /watch?v=XLumSN4G5P4.

The Natural Capital Project  If we provide tools to help people understand what we get from nature,  And we test and use that understanding to inform.

Preserving Our Wetlands A Presentation of the Madison County Park System.

Wetlands: nature’s unique aquatic systems

Estuary Landforms and Features Preparing for an Earth Science Scavenger Hunt!

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.

InVEST Tier 1 Carbon Model. In the Tier 1 model we estimate carbon stock as a function of land use / land cover. Storage indicates the mass of carbon.

FIGURE 7.1 (a) Fringe mangrove along Shark River slough dominated by Rhizophora mangle. (b) Interior mangrove forest in Puerto Rico dominated by Avicennia.

Wet lands. Standing water ecosystem Lakes, ponds, puddles H2O circulates within themself Has O2 and nutrients.

Aquatic Ecology Notes.

Preserving Our Wetlands A Presentation of the Madison County Park System.

InVEST Blue Carbon model October F =Feedback please.

Chapter 7 Aquatic Ecosystems Environmental Science Spring 2011.

The Intertidal Zone. 1.What is it? The intertidal zone is a place where the land meets the sea. 2.Where is it? Intertidal zones are on the shore between.

Examining Coastal Change in Levy County Sean Reiss and Kevin Szatmary University of Florida, Department of Urban and Regional Planning.

Aquatic Ecology: Biodiversity in Aquatic Systems

Assessment of Ecosystem Services in Galveston Bay Area Using InVEST Models Greg Guannel, Jorge Brenner, Joe Faries, Anne Guerry, Jennifer Proft, Jess Silver,

Do Now: What happens to water when salt and fresh water mix?

Wetlands Characteristic hydric soil and hydrophytic vegetation as signs of frequent surface saturation or inundation. Many types of wetlands: (Dodds, 2002;

ESTUARIES. What is an estuary? Area where fresh water meets salt water Semi-enclosed Transition zone Includes bays and lagoons.

Marine Ecosystems Chapter 7.2 I. Marine Ecosystems –A. Identified by: presence of salt water –B. Includes: Coastal Wetlands Coral Reefs Oceans Polar.

Wetlands Swamps and Marshes

Experiences in ecosystem & natural capital accounting Glenn Marie Lange Earth Institute at the Columbia University.

Marine Ecosystems Chapter 7.2 I. Marine Ecosystems –A. Identified by: presence of salt water –B. Includes: Coastal Wetlands Coral Reefs Oceans Polar.

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.

& By Pieter van Eijk, Copenhagen, December 2009 Wetlands for mitigation and adaptation An overview.

Aquatic Life Zones. Marine Biomes Coastal Zone Nearest to the shoreline Relatively warm, nutrient rich, shallow. Ample sunlight. Most productive marine.

Habitat Quality: Model Overview Biodiversity is not treated as an ecosystem service Instead, it’s used to assess overlaps and tradeoffs InVEST models habitat.

© 2012 John Wiley & Sons, Inc. All rights reserved. Freshwater Ecosystems  Includes:  Rivers and streams  Lakes and ponds  Marshes and swamps  Represent.

Habitat Destruction: Loss of Estuaries ALICIA CALLENDER BIOL INTRODUCTION TO BIOLOGY II UNIVERSITY OF HOUSTON-DOWNTOWN.

Marine Ecosystem Book Project. Samples More Samples.

A Transformational Tool for Coastal Conservation

Tidal wetlands.

Section 3: Aquatic Ecosystems

Assessment of Ecosystem Services in Galveston Bay Area Using InVEST Models Greg Guannel, Jorge Brenner, Joe Faries, Anne Guerry, Jennifer Proft, Jess Silver,

Section 3: Aquatic Ecosystems

4-5 Aquatic Ecosystems Photo Credit: © Belinda Wright/DRK Photo.

InVEST Biodiversity: Habitat Quality

InVEST Blue Carbon Model

Estuary Landforms and Features

Aquatic Ecosystems 4.5.

Foldable: Springs and Cones of Depression

4-4 Aquatic Ecosystems Water covers ¾ of Earth, has an average depth of 3.7 (deepest part is 11 km – 6.8 mi) miles, contains about 3% salt and only 3%

Marine Ecosystems.

List the major land biomes.

Section 3: Aquatic Ecosystems

Coral reef ecosystem Soft Bottom Ecosystem Seagrass Ecosystem.

Texas Aquatic Ecosystems

Aquatic Biomes Quiz Review

4:4 Aquatic Ecosystems Water covers ¾ of Earth, has an average depth of 3.7 (deepest part is 11 km – 6.8 mi) miles, contains about 3% salt and only.

Marine Ecosystems.

Copyright Pearson Prentice Hall

Presentation transcript:

Model Specifics Maps of nearshore marine veg. Amt. stored in 4 carbon ‘pools’ Aboveground biomass Belowground biomass Sediments Dead organic matter Rate of carbon accumulation in sediments for each veg. type Market or social value of seq. carbon Annual rate of change and a discount rate Carbon storage (Mg C/ha) Carbon sequestration (Mg C/ha/yr) Economic value of carbon storage and sequestration Inputs Outputs Economic (optional) Biophysical Economic (optional)

InVEST Blue Carbon model Estimates: How much carbon is stored in coastal vegetation and sediments Carbon accumulation in the sediments Economic value of storage and sequestration

Blue Carbon Lit Review

Blue Carbon Model Process Freeport, TX : Land Use/ Land Cover ‘Marsh’ (store carbon) No CarbonIgnore Transitional Salt Marsh Irregularly flooded marsh Regularly Flooded Marsh Vegetated Tidal Flat Developed Dry Land Undeveloped Dry Land Estuarine Water Tidal Creek Open Ocean Tidal Flat Cypress Swamp Inland Fresh Marsh Tidal Fresh Marsh Mangrove Estuarine Beach Ocean Beach Ocean Flat Rocky Intertidal Inland Open Water Riverine Tidal Open Water Inland Shore Tidal Swamp Backshore Nontidal Swamp Transitional Salt Marsh Irregularly flooded marsh Regularly Flooded Marsh Vegetated Tidal Flat Developed Dry Land Undeveloped Dry Land Estuarine Water Tidal Creek Open Ocean Tidal Flat

FREEPORT, TEXAS

No Management High Green SCENARIOS : SLAMM Outputs InVEST Blue Carbon Inputs

Transitions to… (t2) Starts as… (t1) Transitional Salt Marsh Irregularly flooded marsh Regularly Flooded Marsh Vegetated Tidal Flat Developed Dry Land Undeveloped Dry Land Estuarine Water Tidal Creek Open Ocean Tidal Flat Transitional Salt Marsh Irregularly flooded marsh Regularly Flooded Marsh Vegetated Tidal Flat Developed Dry Land 3.57 No change Undeveloped Dry Land 3.57 No change Estuarine Water 3.57 No change Tidal Creek 3.57 No change Open Ocean 3.57 No change Tidal Flat 3.57 No change Transitional Matrix % accumulation% loss % accumulation no change (0%) (% change over 25-year period)

NO MANAGEMENT (2006 – 2100) EmissionsSequestration HIGH GREEN (2006 – 2100) EmissionsSequestration No ManagementHigh Green ,031,1804,172, ,170,580684, ,403,690-5,525, ,609,020-8,663, Year Total:-12,152,100-9,332,050

Identification and Valuation of Adaptation Options in Coastal-Marine Ecosystems: Test case from Placencia, Belize

Carbon Sequestration

Seagrasses Carbon Stock Seagrasses Accumulation of Carbon in Sediments Mangrove and Littoral Forests Carbon Stock Mangrove and Littoral Forests Accumulation of Carbon in Sediments