Climate Solutions University - Forest, Water and Climate Overview

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    Notes on slide 1

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities Why local governments must lead the way: explain the growing local movements. We need strong, focused and creative partnerships. The failure of the federal government to act on climate change has created an opportunity to engage local communities to help solve a worldwide problem. King County [WA] Climate Plan 2007: “If regional governments do not prepare for these impacts now, their residents and businesses will bear incalculable cost of facing climate crisis after climate crisis for years to come….poor planning or failure to start planning now would not be prudent.” (p 16)

    September 21, 2009 Climate Resilient Communities From the Stern Review, released in September,2006

    September 21, 2009 Climate Resilient Communities Forests are a key component in the carbon cycle. They produce oxygen, store carbon, and moderate secondary carbon producing processes through shading, water conservation and sustainable energy production

    September 21, 2009 Climate Resilient Communities A portfolio of adaptation and mitigation measures can diminish the risks associated with climate change. April 2007 IPCC Including adaptation measures in land-use planning and infrastructure design [17.2];- IPCC 2007 [Intergovernmental Panel on Climate Change]

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities As we trap more GHG in the thin atmospheric layer, the atmosphere is now 370ppm, the highest ever detected over the last 650,000 yr. IPCC report in Feb 2007 saying 99% sure human caused condition. 2000-2005, emissions grew 4 times faster than preceding 10 yrs [Global Carbon Project]. Even if we stopped levels from rising, current conditions would last 100 yr. The future depends on how fast we rein in CO 2 levels.

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities 2006 hottest year on record

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities General increase in threat to public health and safety

    September 21, 2009 Climate Resilient Communities Energy impacts: loss of hydro power/blackouts

    September 21, 2009 Climate Resilient Communities US Conference of Mayors Sept 25, 2006. Santa Barbara Water Summit: CA estimates that a 3 degree increase in temperature will result in a 4-5 million acre decease in Sierra snow pack from a estimated total of 14 million acre-foot per year . [This segment is where you bring in your LOCAL climate change predictions: one mayor asked me, “how will global warming affect MY town.”] Notes: 1890 on the BC glacier and the receded line of snow; 1911 and 2000 at Glacier National Park, Grinnell Glacier

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities National Public Radio referred to Carbon recently as the “Duct Tape” of life…holds it all together

    September 21, 2009 Climate Resilient Communities Carbon is stored in four pools 1. Largest is the geologic carbon pools (including fossil fuels) 2. Next largest is in the ocean 3 Third largest is in the biomass pool The pool which turns over the most, and one-half is in the forests 50% more carbon is stored in forests than in the atmospheric pool Smallest pool is the atmosphere .

    September 21, 2009 Climate Resilient Communities About ½ the carbon stored in plants is released as they use energy to grow. The other ½ is stored in the plant and in the soil where it persists for a long time as organic matter. For every ton of wood a forest grows, 1.47 tons of carbon dioxide are removed from the air and replaced with 1.07 tons of oxygen.

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities More in a minute on solutions

    September 21, 2009 Climate Resilient Communities CO 2 and forests have been discussed The relationship between forests, water, and climate change impacts is next

    September 21, 2009 Climate Resilient Communities For me, this is the most important slide today…… about 51% of the lower 48 states’ water supply comes from forests One half of that comes from private forests or 25% of our water supply In the West, 65% of the water supply originates on forested land

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities Leaves/branches intercept rainwater; rain soaks into the ground reducing run off that needs to be managed…all reducing flooding

    September 21, 2009 Climate Resilient Communities Examples: 1) McDowell Creek Sub watershed in NC is 20,780 acres, 51% tree canopy and provides $105,343,000 in storm management value. 2) NY Times: April 17 th , 2007, New York City will not have to spend as much as $8 billion to build a filtration plant that would cost millions of dollars a year to operate…. [because it is buying 31% of its forested watershed]

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities This dot density map shows the total acreage of forest land converted to developed land from 1982 to 1997. Each red dot represents 2,000 acres of forest land converted to developed land. Developed land is a combination of urban and built-up areas and rural transportation land. There were 10,279,200 acres of land converted to developed land from 1982 to 1997. Areas with 95% or more Federal area are shaded gray. [Natural Resources Conservation Service]

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities In addition, some 7 percent of private forests nationwide are considered at risk for mortality from insects and disease. Forest Service inventory data show that approximately 20–25 percent of private forests in some Eastern States—Delaware, Maine, New Hampshire, West Virginia, and Virginia, for example—are at risk of damage from insects and disease; many others are in the 10–20 percent at-risk range. (Carr, Mary. 2004. Private Forests and Water Resources . Wildland Waters, FS 790, p.9) this figure will increase with warming temperatures. [Utah picture]

    September 21, 2009 Climate Resilient Communities Amplified by dead trees, more blow down from higher winds, drier soils, higher temperatures.

    September 21, 2009 Climate Resilient Communities

    September 21, 2009 Climate Resilient Communities Socolow Wedges theory for success: @ Princeton A “wedge” is a strategy to reduce carbon emissions that grows in 50 years from zero to 1.0 GtC/yr.(1 ppm= 2.1 GtC) No single wedge can do the job….all technology needed already exists Includes forests Wedges EFFICIENCY • Buildings, ground transport, industrial processing, lighting , electric power plants. DECARBONIZED ELECTRICITY • Natural gas for coal • Power from coal or gas with CCS • Nuclear power • Power from renewables: wind, photovoltaics, solar concentrators (troughs and dishes), hydropower, geothermal. DECARBONIZED FUELS • Synthetic fuel from coal, natural gas, and biofuels, with carbon capture and storage • Biofuels • Hydrogen – from coal and natural gas, with carbon capture and storage – from nuclear energy – from renewable energy (hydro, wind, PV, etc.) FUEL DISPLACEMENT BY LOW-CARBON ELECTRICITY • Grid-charged batteries for transport • Heat pumps for furnaces and boilers NATURAL SINKS • Forestry (reduced deforestation, afforestation, new plantations) • Agricultural soils METHANE MANAGEMENT • landfill gas, cattle, rice, natural gas

    September 21, 2009 Climate Resilient Communities Even though many sources recommend maintaining forests as powerful solutions, many local communities which have signed the US Mayors Climate Change agreement have not included rural, county, upstream source water forests as part of their climate change action plans.

    September 21, 2009 Climate Resilient Communities Action to prevent deforestation offers opportunities to reduce green house gas emissions on a significant scale without new technology except for monitoring …[bring co benefits of sol, water, species protection, income, and positive economics for local communities]. [P. 538 Stern Review: The Economics of Climate Change.] Note in the NW the input of slash burn. If logging is limited to single trees, forest recovery through re-growth can offset co2 released over time [p. 539, Stern Review]

    September 21, 2009 Climate Resilient Communities The Climate Action Handbook, recently released by City of Seattle, Local Governments for Sustainability, and US Conference of Mayors..outlines 5 steps for local communities which have signed the US Mayors Climate Change Agreement. Note 496 mayors have signed as of May 3, 2007. While this document in its ACTION PLAN does address Land Use and some urban forest recommendations, sustainable forestry options need to be expanded. Our Steps for Action Plan 1) Local Government Commits to a Climate Plan 2) Land Use Committee: suggest composing it of water quality experts, foresters, local government official, climate expert, NGOs, relevant agencies. The Land Use Committee Evaluates the condition of your forests and related waters. 3) Dig in and do a root cause analysis of any problems: what are the ownership patterns, how is the forest used, conversion from forests, development patterns, current cutting practices. What systems are influencing your problems? 3) Pick the adaptation and mitigation strategies best for your particular forests issues. 4) Implement and Evaluate

    September 21, 2009 Climate Resilient Communities Let’s talk about possible strategies: POLICY TOOLS The Pew Center on Global Climate Change came out in Sept 2006 with Agricultural and Forestlands: US Carbon Policy Strategies . This is an exceptional document outlining clearly forest policy options for decision makers. 2 tactics they recommend: increase amount of forests and conserve what we have. Blue indicates the solutions MFPP focuses on: extending harvest rotations, low impact harvesting, addressing land use changes

    September 21, 2009 Climate Resilient Communities Again, using Policy strategies, local communities can address state laws, refine, update or enact for the first time mandatory low impact harvesting and water protection practices. Our Policy Tool Kit contains model statute language for going the regulatory route: riparian zones, pre notification, harvesting plans, road standards, etc…

    September 21, 2009 Climate Resilient Communities Other policy options need to address deforestation caused by development. Let’s look at 2 examples: one state law, one county ordinance. County: York County Virginia Here: regulations are intended to ensure the protection of watersheds surrounding current or potential public water supply reservoirs. York County has enacted one of the strongest local ordinances in Virginia for regulating forestry. The ordinance requires a forest management plan, requirements for roads, streamside management zones, and buffers along roads and property lines.

    September 21, 2009 Climate Resilient Communities Let’s look at the Maryland law a little more closely and you can see on this slide the kinds of requirements covered (let them read) The Maryland Forest Conservation Act (FCA) was passed in 1991 to protect the state’s forest resources during development. Compliance is required for any project for which grading is required on a unit of land 40,000 sq ft. or greater. Applicants must generate and submit two documents. 1) The first, a forest stand delineation report which identifies forest stands, trees species,and sensitive areas..THEN This map is used to direct the location of the impacts away from priority areas onsite. 2) The second, a forest conservation plan In its first five years, Forest Conservation Act has been responsible for the retention of more than 22,000 acres of forest.

    September 21, 2009 Climate Resilient Communities Other tools local governments can use to preserve the amount of forested land are carbon sequestration strategies: 1) Carbon registry: CA and GA. California’s registry is well under way while GA is developing theirs 2) Carbon Credits:state: NM; cities: Boulder… award credits per acre of Carbon enhancing practices, or credits for Carbon left sequestered . Example: The Kootenai Tribe registers its forested carbon stored. I buy green tags, carbon offsets, for the flight here and tribe receives payments. 3) let’s look at an Example of carbon credits and a carbon registry: Van Eck Forest in CA

    September 21, 2009 Climate Resilient Communities Rising prices for carbon credits are creating a significant opportunity for some forest landowners. [Reference: Carbon Market May Offer Opportunities for Forest Landowners By Matt Smith, CF. March 2007 issue of The Forestry Source ]

    September 21, 2009 Climate Resilient Communities Working with the van Eck Forest Foundation, the Pacific Forest Trust registered the state’s first forest carbon project with the California Climate Action Registry, achieving more than 500,000 tons of carbon dioxide emissions reductions. The Pacific Forest Trust holds a working forest conservation easement ensuring these lands will never be lost to development or converted to other uses. Further, the easement ensures the use of sustainable forestry practices on more than 2,100 acres. In addition to an ecological benefit , the van Eck Forest Project provides an economic opportunity for the Van Eck Foundation . Carbon emissions reductions registered and certified by the CA Climate Action Registry can be sold to businesses and other entities seeking to offset their own emissions, thus generating a new source of sustainable forest revenue. Other examples: -In Costa Rica landowners can receive up to $45 a hectare per year if they if volunteer to maintain forests in the interests of carbon sequestration, biodiversity, hydrological protection and scenic beauty. Combined with other measures this has increased forest cover from 21% in 1977 to 51% in 2005, reducing rural poverty by benefiting 7000 families. -Mexico has used similar payments involving payments of up to $28 a hectare a year to preserve forests, in a program motivated by water scarcity and the need to raise water quality. {Stern Review, p 544}

    September 21, 2009 Climate Resilient Communities Other strategies include educating landowners and targeted groups. In the education dept, we developed a 22 minute DVD and now a new manual has been released by Appalachian Voices in North Carolina for southern forest land owners. Our DVD is included in that.

    September 21, 2009 Climate Resilient Communities You can find our DVD on our web site.

    September 21, 2009 Climate Resilient Communities Other educational tools we provide: We are specifically supporting watershed groups and providing them Worksheet for assessing at a local level the condition of their forests, existing relevant agencies, and polices ….helping them create a baseline evaluation before they decide which tools/direction will best expand their climate strategies 2) We provide case studies of communities which have successfully protected their forested watersheds 3) And sample logger contracts

    September 21, 2009 Climate Resilient Communities The State of the Chesapeake Forests is A Wonderful book just published illustrating the critical value of forests to water resources. The Chesapeake Bay watershed lies is mostly in VA, MD and PA… The book was produced by The Conservation Fund and the USDA Forest Service. It is the first-of-its-kind report on the health of forests within the Chesapeake Bay watershed. The Bay watershed has experienced a net loss of forestland at the rate of 100 acres each day. Chesapeake forests also lack regionally coordinated forestland conservation, restoration, and stewardship plans, making them more vulnerable to fragmentation, haphazard development, and invasive species, as well as less likely to be well managed. I have copies of the Executive Summary to give away and I consider this the best documentation of the value of forests to watershed/water resources that I have seen.

    September 21, 2009 Climate Resilient Communities Here’s an example of the kind of mapping needed to show decision makers: The several tones of green show forests most at risk from development to damage water resources. 31% of the most valuable forests for water quality in the Chesapeake Bay Watershed are threatened by development .

    September 21, 2009 Climate Resilient Communities So in summary, I was privileged to train with Al Gore this winter, and our take home message is similar to his… Climate change is real, Local communities are stepping up to the plate, Conserving forests is essential to protecting water and climate [Stern review, p. 541: Land Use Planning is key] Solutions already exist Our work is to inspire the WILL!

    September 21, 2009 Climate Resilient Communities

    Favorites, Groups & Events

    Climate Solutions University - Forest, Water and Climate Overview - Presentation Transcript

    1. Climate Resilient Communities Forest and Water Strategies Clint Trammel Forest Manager Nancy Gilliam Executive Director Bud Watson Research Director Module 1 River Rally • May 18-22, 2007
    2. Warning!
      • “ The invoice for the future impact costs of climate change has been put on the table today (April 6, 2007) by the (IPCC) Intergovernmental Panel on Climate Change. It is not a bill that we would have to pay in full if the world decides now to make deep and decisive cuts in greenhouse gas emissions.”
        • – Achim Steiner
        • Executive Director of the UN Environment Program (UNEP)
    3. The Role of Local Governments
      • Local governments are leading the way in climate change solutions for themselves and for the world
      Five take home messages 1
    4. Urgency of Our Problem
      • With a 10-year window to reduce our CO2 levels…
      Five take home messages Action to preserve the remaining areas of Natural Forests is urgent * * Stern Review, p.537 2
    5. Role of Forests to Climate and Water
      • Curbing deforestation is a highly cost effective way of reducing greenhouse gases and protecting precious water resources *
      Five take home messages * Stern Review, p.537 3
    6. Solutions
      • Land use planning has a key role to play
      Five take home messages * Stern Review, p.541 4
    7. Solutions
      • Sustainable policies have positive economic benefits
      Five take home messages * Stern Review, p.541 5
    8. Five Take Home Messages
      • Local government taking the lead
      • 10-year window
      • Curbing deforestation
      • Land use planning
      • Positive economic benefits
    9. Climate Change Predictions Module 2
    10. Climate Predictions Greenhouse effect
    11. Of the five greenhouse gases, carbon dioxide is the most prevalent As CO 2 levels are going up, temperatures are going up…. direct correlation Future scenarios run from 520-960 ppm by 2100
    12. Causes of Increased CO 2 Utility emissions, industrial emissions, building emissions, vehicle emissions, and deforestation
    13. Quality of Life Threatened RESULTS Increased temperature 2° to 11° depending on the model
    14. Quality of Life Threatened More hotter days… RESULTS Mean temp (F) anomaly 30-day mean ending 1/5/07 … higher minimum temps Fewer cold days… … more frost-free days
    15. Quality of Life Threatened RESULTS * IPCC April 2007 More intense weather patterns Rise in sea levels threatening coastal cities and wetlands due to polar melting Between 15% and close to 40% of plant and animal species will be “committed to extinction” by 2050 * Mega wildfires
    16. Water Impacts…Too Much, Too Little, Not Safe
      • Too much water
        • More intense hurricanes, flooding
      • Safe drinking water limited
        • Septic systems overflow
      • Storm water systems overloaded
        • Locally insufficient infrastructure
        • Increased infrastructure costs
      RESULTS Photo credit: Bruce Molnia, U.S. Geological Survey
    17. Water Impacts…Too Little Water, Drought
      • NPR April 16 th , 2007: U.S. Army study reports water shortages caused by climate change will threaten national as well as global security
      • IPCC April 2007: Canada and the United States facing costly water shortages and loss of biodiversity unless adaptation mainstreamed into economic life
      • IPCC April 2007: …increase[ing] competition between industry, cities, hydropower operators, farmers and fishermen for freshwater supplies
      • Aquifer declines: Ground-water flows from the Edwards Aquifer in Texas for example could drop by up to 40% leading to economic losses for farmers *
      RESULTS * IPCC April 2007
    18. Regional Predictions: Northwest U.S.
      • Decreased source water: Warming temperatures cause snow levels to drop, earlier Spring run-off and flooding/melting glaciers…by Summer, drought.
      • IPCC April 2007: Summer flows in some river systems such as the Colorado and Columbia basin are likely to decline sharply within four decades.
      RESULTS
    19. Mega Wildfires RESULTS
    20. Forests, Carbon, and Water Essential Relationships Module 3
    21. Understanding How Forests Play a Vital Role in Maintaining Livable Climate Conditions Carbon… the essential element of life
    22. The Carbon Cycle
    23. How Is Carbon Stored?
      • During photosynthesis, plants remove carbon from the atmosphere, converts it into sugars and oxygen is released
    24. What Happens When Plants Die, Burn, or Decompose? Also, when the soils are disturbed thru logging, or conversion to other uses, more CO 2 is released Carbon as CO 2 is released back to the atmosphere
    25. Carbon Build Up
      • Making land use/deforestation a significant factor in the build up of CO 2 levels and significant in the current solutions **
      * IPCC, 2001 ** Houghton, 2003, Salwasser, 2006 A petagram (Pg) is 1.1 billion tons of carbon
      • From 1850-2000, land use changes caused the release of 156 Pg of CO 2 , 90% from deforestation *
      Deforestation
      • That amount is about one-half of the CO 2 levels that burning fossil fuels/cement making has caused (275 Pg CO 2 )
      Other
    26. Or Saying It Another Way…
      • Mismanagement of forests, particularly the burning of tropical forests, is 25% of the current CO 2 levels
    27. Therefore, Forests Are an Essential Part of the CO 2 Mitigation Solution
      • 6.6 Billion tons of CO 2 are released each year from burning fossil fuels
      • 1.65 Billion tons of CO 2 would be offset in forests if we reduced our deforestation by 50%
    28. Forests and Water Explained
    29. The Fresh Water Source…Forests * Source: Carr Forested watersheds provide drinking water for 180 million people * Source Brown Mean annual water supply originating on Federal, State and private land, by land cover class About two-thirds of U.S. fresh water originates on forested lands
    30. Water Quantity
      • Forests capture and store 50% of our water, recharge ground water/aquifers, and slowly release it back to maintain stream flow between storms
      • Thus, reducing severity of droughts
      • And, providing a reliable flow for hydro power, agriculture, wildlife, and recreation
    31. Water Quality
      • Forests control the flow of water
      • Forests reduce the amount of water storm water systems must contain, reducing taxpayer costs for new systems
      • Forested riparian zones filter pollutants/ reduce sediment and nutrient loads
      * Source: Carr In arid and semi-arid regions such as much of the Western United States, wetlands and riparian areas play an especially critical role *
    32. Water Quality
    33. Transpiration Source: OR Forest Resources Institute, 2006 Photo: Mark Meyer The massive amounts of water transpired by forests ultimately change the global distribution of energy in the atmosphere, affecting rainfall patterns, cloudiness, and storms
    34. Other Benefits of Forests
      • 1. Shade & cooling (for urban, aquatics, soils)
      • 2. Habitat for fish, wildlife, birds, & domestic animals
      • 3. Aesthetic values
      • 4. Commercial harvests
      • 5. Recreation & hunting opportunities
    35. Further Threats to Forests Module 4
    36. Forest Management Policies
      • Only 10 States in the U.S. have comprehensive forest practice laws
      • Voluntary Best Management Practices are often not sufficient water protection
      • Only a handful of forest landowners—a mere 7% of those owning parcels between 10 and 5,000 acres in the lower 48—currently have a written management plan. Fewer than half of private forest landowners seek professional assistance
    37. Development Acres of non-Federal forest land converted to developed land Source: NRCS, 2000
    38. Recent U.S. Forest Service estimates are that some 15-20 Million acres of U.S. forest land could be converted to urban and developed uses by 2050
    39. In the U.S., for example, roughly 1.5 Million acres of forests are currently lost to development and conversion each year. Figured conservatively, this forest loss results in the release of 275 million metric tons of CO 2 into the atmosphere— a release equivalent to the emissions output by 53 million vehicles over a one-year period. – Pacific Forest Trust, 2007
    40. New Attitude
      • Urbanization can also have social implications with respect to water protection and conservation.
      • People moving into newly urbanized areas often bring different attitudes and a lack of experience with natural resources and rural social values.
    41. Epidemic Insect Infestation With Rising Temperatures Warmer temperatures allow insect populations to increase. Drought stricken trees are easy targets. * Source: IPCC 2007 North American producers of wood and timber could suffer losses of between $1 Billion and $2 Billion a year during the 21 st century if climate change also sparks changes in diseases, insect attacks…and fires*
    42. More Frequent, More Severe, and Larger Fires
    43. Solutions for Resilient Communities Module 5
    44. Solutions for Resilient Communities Source: R. Scocolow, R. Hotinski, J.B. Greenblatt, and S. Pacala Stabilization wedges Note: The stabilization triangle can be divided into seven equal “wedges” that represent activities capable of reducing one billion tons of carbon per year by 2054. Year 2004 2054 Billions of tons of carbon emitted per year 14 7
    45. Climate Change Solutions
      • In the U.S., according to the
      • Union of Concerned Scientists,
      • “ forests and land-use measures have the potential to reduce carbon emissions by the equivalent of 10-20% of projected fossil fuel emissions through 2050.”
      Forests
    46. Stern Review Prevent deforestation Source: Reproduced from Baumert et al (2005) Use change within the range equivalent to 2.2 to 9.9 GtCO 2 , with a central estimate of 6.2 GtCO 2 . A fuller discussion setting out the range of estimates can be found in Baumert KA et al. (2005). CAIT, WRI, 2000 figures used. Sources of emissions from global land use change 2000
    47. Climate Action Plan
      • Commit to Climate Action Plan
      • Form Land Use Subcommittee
      • Assess forest ownership patterns, forest condition, current policies
      • Analyze the root causes/systems influencing your forest/water problems
      • Pinpoint strategies; include adaptation and mitigation strategies
      • Implement and evaluate
      Forests
    48. Pew Center on Global Climate Change POLICY Increase Stock Conservation of Stock Reforestation Low impact harvesting Extend rotation from 30-70 years Prevent deforestation/ land use change Afforestation Thin for fire suppression
    49. Low Impact Harvesting
      • Riparian buffers
      • Pre-notification of logging
      • Timber harvest plans
      • Road construction standards
      • Cumulative impacts data
      • Licensing of foresters
      State Laws: Model Forest Policy Tool Kit POLICY
    50. Preventing Deforestation Caused by Developments
      • County: York County, Virginia
      • State: Maryland’s Forest Conservation Act
      POLICY
    51. Maryland Forest Conservation Act
      • 100-year floodplains
      • Intermittent and perennial streams and their buffers
      • Steep slopes: Greater than 25% grade
      • Critical habitats for endangered species
      • Non-tidal wetlands
      • Contiguous forest that connects the largest undeveloped forests adjacent to the site
    52. Carbon Sequestration Strategies
      • Carbon Registry
      • Carbon Credits
      • Example
      • California Climate Action Registry (SB812); Georgia new plan underway
      • New Mexico, Boulder
      • Van Eck Forest Foundation
      POLICY
    53. Rising Prices for Carbon Credit M. Smith CCX annual net revenue per forest acre Future values use $4.35 per MtCO 2 e
    54. Carbon Credit Example: van Eck Forest
      • Conservation easement preventing conversion
      • Sustainable practices
      • Income from carbon credits
      POLICY California’s first climate-protecting forest project to prevent 500,000 tons of C0 2 emissions (July 2006)
    55. Educational Tools STRATEGIES Tools for landowners Landowner’s Guide to Sustainable Forestry: Maximizing Profits While Protecting Water Quality (DVD) Landowner’s Handbook: Managing Your Woodlands
    56.  
    57. Educational Tools
      • Guide to evaluating your existing local forest watershed policy
      • Case studies of well managed forested watersheds
      • Model contracts for selling your timber
      STRATEGIES
    58. Case Study Photos courtesy of Richard Weisser and SmokyPhotos.com EDUCATION The State of Chesapeake Forests by USFS and The Conservation Fund
    59. Source: The State of Chesapeake Forests , Ch. 7, pg 89. Vulnerability of forests important to water quality to the Chesapeake Bay 31%
    60. Summary
      • Climate change is Real
      • Local communities are In Action
      • Forests are Essential to water and to climate
      • Solutions exist
      • INSPIRING THE WILL!
    61. Thank you The Model Forest Policy Program www.mfpp.org (509) 432-8679 Created by:

    + William PaddockWilliam Paddock, 2 months ago

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