logging in or signing up Stework Kiska Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINTLite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: Embed: Flash iPad Dynamic Copy Does not support media & animations Automatically changes to Flash or non-Flash embed WordPress Embed Customize Embed URL: Copy Thumbnail: Copy The presentation is successfully added In Your Favorites. Views: 129 Category: Entertainment License: All Rights Reserved Like it (1) Dislike it (0) Added: November 20, 2007 This Presentation is Public Favorites: 0 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript Functional Landscapes and the Conservation of Biodiversity: Functional Landscapes and the Conservation of Biodiversity Karen Poiani & Brian Richter (and many of our TNC colleagues)Take Home Messages: Take Home Messages Conservation targets occur at multiple scales Conservation areas must be functional Functional sites, landscapes, networks Implementation through ERP, SCP, MOSPart I: Part I Multiple Levels of Biological Organization & Spatial ScalesConservation Targets : Genes Landscapes Species Communities Ecosystems Levels of biological organization Conservation Targets Geographic or Spatial Scale: Geographic or Spatial Scale Genes Landscapes Species Communities Ecosystems Levels of biological organization Slide7: Matrix Communities & Systems Large Patch Communities & Systems Small Patch C&S Medium/Large River Systems & Large Lake Systems Stream Systems & Medium Lake Systems Aquatic Macro- habitats Species Communities Ecological Systems Species Terrestrial Communities & Systems Aquatic SystemsSlide8: Regional Scale Species Coarse Scale Species Intermediate Scale Species Local Scale Species Species Species Local Scale Species Intermediate Scale Species Coarse Scale Species Regional Scale Species Bay checkerspot butterfly Sandplain gerardia Desert pupfish Prairie dog Timber rattlesnake Dwarf wedge mussel Prairie chicken Black bear Lake sturgeon Pronghorn Jaguar SalmonSlide9: Matrix Communities & Systems Large Patch Communities & Systems Small Patch C&S Communities Ecological Systems Fen Alpine summit Serpentine grassland Small Patches Matrix Spruce fir forest Tallgrass prairie Sagebrush steppe Large Patches Red maple swamp Riparian mosaic Coastal beaches & dunes Terrestrial Communities & SystemsSlide10: Medium/Large River Systems & Large Lake Systems Stream Systems & Medium Lake Systems Aquatic Macro- habitats Ecological Systems Aquatic Systems 10 acre alpine cirque lake 1st order, cold, high gradient, groundwater-fed stream Four mile section of a large, warm water, floodplain river Aquatic Macrohabitats Medium-Large River Systems & Large Lake Systems 6th order, warm water river and tributaries 5000 acre groundwater-fed, mesotrophic lake Stream Systems & Medium Lake Systems 3rd order, warm water stream and tributaries 1000 acre, fishless, alkaline desert playa lakeSlide11: Moses Coulee, E. Washington Regional Intermediate Local Coarse Species Terrestrial Systems Aquatic Systems Shrub-steppe matrix (i.e., assemblage of big sagebrush & bunchgrass communities) Riparian vegetation complex Cliffs and talus habitats Sage grouse Pygmy rabbit Breeding colony of spotted bats Seeps and springsSlide12: Madrean oak and oak-pine woodlands Mesic canyons with perennial water and associated riparian communities, seeps, springs, cienegas Ramsey Canyon & Chiricahua leopard frog Mixed conifer forests at high elevations Globally rare (G1-G3) plant species Huachuca Mountains, Arizona Regional Intermediate Local Coarse Species Terrestrial Systems Aquatic SystemsPart II: Part II FunctionalityFunctional Conservation Area: Functional Conservation Area An area that maintains our biodiversity targets and supporting ecological processes within their natural ranges of variability over the long term.Natural Range of Variability: Natural Range of Variability Amount of fluctuation expected under minimal or no influence from human activities over time frames relevant to conservation planning & management.Characteristics: Characteristics Size & configuration dictated by targets. Support targets over long term (100+ yrs), including ability to respond to change. Often include human activities -- functionality influenced by these activities. May require management or restoration to maintain functionality.Slide18: Natural Ranges of Variability How do you tell if it’s functional?Slide19: Functionality = Biodiversity Health Composition & Structure Minimum Dynamic Area Environmental Regimes & Disturbances Connectivity Condition Size Landscape Context Natural Ranges of VariabilitySlide20: Biodiversity HealthPart III: Part III Functional Sites, Landscapes & NetworksSlide22: We are doing a good job protecting all the cogs and wheels, but will the clock run? - Sam Pearsall NCFOSlide23: Rare elements Limited spatial scales Functionality often questionable All biodiversity Multiple spatial scales Terrestrial & aquatic Functionality is often high Beyond individual sites The Wildlands vs TNCSlide24: Regional Coarse Intermediate Local Regional Coarse Intermediate Local Irreplaceable occurrences High priority for action All component biodiversity Re-visit targets 4 Scales Multi-Scale Conservation 3 Scales 2 Scales 1 ScaleFunctional Landscapes: Functional Landscapes Benefits More habitat & habitat diversity Larger populations Complex gradients More efficient to conserve Holistic approach Challenges Exponentially more complex Substantial resources needed to understand & monitor New strategies often needed How to deploy strategies Thresholds of usePart IV: Part IV ImplementationSlide27: ECOREGIONAL PLANNING SITE CONSERVATION PLANNING MEASURES OF SUCCESS STRATEGIES & ACTIONS TNC’s Conservation ProcessSlide28: Ecoregional & Site Conservation Planning Measures of Success Multi-Scale Targets FunctionalityChallenges Ahead: Challenges Ahead Dealing with small functional sites Designing functional networks Defining SCP targets at functional landscapes Assessing viability of ecological systems efficiently & effectively You do not have the permission to view this presentation. In order to view it, please contact the author of the presentation.