handout formatted rc final

Upload: jenita-mcgowan

Post on 01-Jun-2018

231 views

Category:

Documents


0 download

TRANSCRIPT

  • 8/9/2019 Handout Formatted RC Final

    1/15

     

    CLE Tree Plan Stakeholder Meeting 1 of 3

    “OUR TREES” TODAY’S AGENDA: 

    1. Welcome & Introductions (10 mins)

    2. Presentation (15 mins)

    Overall Project Summary

    Today’s To pic

    3. Facilitated Discussion (90 mins)

    4. Next Steps

    Next Two Meetings:

    Meeting 2 “The Players” 

    Tuesday, March 3, 8:00 – 10:00 a.m.

    Meeting 3 “Management Approach”

    Thursday, April 9, 8:00 – 10:00 a.m.

    Please RSVP for both at www.ClevelandTreePlan.EventBrite.com  

    Handout Contents

    Process 1

    Timeline 1

    Data Sources 2

    Indicator 1: Canopy 4

    Indicator 2: Size/Age 7

    Indicator 3: Condition 8

    Indicator 4: SpeciesDiversity 8

    Indicator 5: Placement 9

    Indicator 6: Distribution 9

  • 8/9/2019 Handout Formatted RC Final

    2/15

     

    Davey Resource Group 1 February 2015 

    PROCESS

    Miller, R. W. 1988. Urban Forestry: Planning and Managing Urban Greenspaces. New Jersey: Prentice Ha ll.

    Kenney, W. A., et al. 2011. “Criteria and Indicators for Sustainable Urban Forest Planning and Management.” Arboriculture & Urban Forestry 37(3): 108 –  117.Clark, J. R., et al. 1997. “A Model of Urban Forest Sustainability.” Journal of Arboriculture 23(1): 17 –  30.

    TIMELINE

      Data Collection/Analysis (Jan-Apr)

    o  Data Analysis / Research

    o  Stakeholder Meetings

     

    #1: Our Trees: Thursday, February 5, 2015, 8:00 – 10:00 a.m.  #2: The Players Tuesday, March 3, 2015, 8:00 – 10:00 a.m.

      #3: Tree Management Thursday, April 9, 2015, 8:00 – 10:00 a.m.

    o  Interviews: ongoing

      Plan Development (Feb-May)

    o  Outline Development and Writing (Feb –  May)

      Comment Period (May)

      Final Plan (June)

  • 8/9/2019 Handout Formatted RC Final

    3/15

     

    Davey Resource Group 2 February 2015 

    DATA SOURCES

    Tree Inventory

    Inventory is inaccurate and unreliable.

    Approximately 120,000 trees, data is 10-15 years old.

    Figure 1 Spatial View of Existing Tree Inventory

    in Cleveland

  • 8/9/2019 Handout Formatted RC Final

    4/15

     

    Davey Resource Group 3 February 2015 

    2013 Urban Tree Canopy (UTC) Assessment  

    This county-wide UTC project took place in 2013, using 2011 aerial imagery. It was made

     possible by funding from a US Forest Service grant administered by the Ohio Department of

     Natural Resources, Division of Forestry, with support from the Cuyahoga River Community

    Planning Organization. Funding was matched by equal in-kind contributions from theCuyahoga County Planning Commission and Cleveland Metroparks, as well as a number of

    individual communities. Land cover analysis was conducted by the Spatial Analysis

    Laboratory (SAL) at the University of Vermont’s Rubenstein School of the Environment

    and Natural Resources, in collaboration with SavATree, Inc. Tree canopy metrics were

    developed by the Cuyahoga County Planning Commission and Cleveland Metroparks.

    Figure 2 Close-Up of UTC Land Cov er

    Results

    Figure 3 Canopy Cover Map for Cuyahoga County

  • 8/9/2019 Handout Formatted RC Final

    5/15

     

    Davey Resource Group 4 February 2015

    INDICATOR 1: CANOPY

    Indicator Information Local Data Performance Levels (CLE is Green) 

    Indicators of a Sustainable Urban Forest Description Overall Objective

    Industry

    Standard/Optimal

    Levels

    Public or Private Cleveland Today Low Moderate Good

    Urban Tree Canopy (UTC)

    Percentage of allland covered by

    tree canopy

    (as seen fromabove).

    Achieve region-appropriate degree of

    tree cover, both city-

    wide and within eachneighborhood.

    American Forestsrecommendations:

    40% overall, 15% in

    CBDs, 25% in urbanresidential areas and

    50% in suburbanresidential. Difficult

    to set goals.

    Combined 19% Below 20% 20-40% 40%+

    Relative Urban Tree Canopy (RUTC)

    Percentage ofmaximum possible

    canopy reached.= Existing Canopy

    / Maximum

    Canopy Possible

    Achieve region-appropriate degree of

    tree cover, both city-wide and within each

    neighborhood.

    The existing canopy

    cover equals75% – 100% of the

    total canopy possible.

    Combined 27% Below 25% 25-50% Above 50%

  • 8/9/2019 Handout Formatted RC Final

    6/15

     

    Davey Resource Group 5 February 2015

    Cleveland 2013 UTC Data by Neighborhoods.

     LAND COVER % POSSIBLE CANOPY HEAT ISLAND

    Neighborhood Total Acres Grass/LowVeg

    Bare Soil Water Impervious Canopy Max TreeCanopy Possible

    Relative TreeCanopy

    Ratio of Canopy toImpervious

    Bellaire-Puritas 2,191 33% 2% 0.3% 52% 15% 73% 21% 0.29

    Broadway-Slavic Village 2,901 28% 5% 0.2% 54% 18% 73% 25% 0.34

    Brooklyn Centre 938 28% 4% 0.5% 47% 24% 75% 32% 0.51

    Buckeye-Shaker Square 742 26% 0% 0.0% 49% 25% 72% 35% 0.52

    Buckeye-Woodhill 790 31% 3% 0.0% 45% 24% 73% 33% 0.54

    Central 1,501 27% 2% 0.0% 60% 13% 70% 18% 0.21

    Clark-Fulton 611 24% 0% 0.0% 56% 20% 68% 29% 0.35

    Collinwood-Nottingham 2,110 26% 4% 0.2% 61% 14% 71% 19% 0.22

    Cudell 698 24% 3% 0.0% 60% 16% 68% 24% 0.27

    Cuyahoga Valley 2,573 14% 19% 9.2% 72% 5% 73% 7% 0.07

    Detroit Shoreway 974 27% 2% 0.1% 55% 19% 68% 27% 0.34Downtown 1,779 24% 2% 3.0% 69% 4% 54% 8% 0.06

    Edgewater 533 27% 1% 0.2% 43% 30% 75% 39% 0.69

    Euclid-Green 733 24% 0% 0.0% 37% 39% 79% 50% 1.05

    Fairfax 1,031 26% 3% 0.0% 56% 18% 71% 25% 0.31

    Glenville 2,454 29% 1% 0.1% 45% 26% 73% 35% 0.57

    Goodrich-Kirtland Pk 1,071 17% 1% 0.3% 75% 8% 57% 15% 0.11

    Hopkins 2,642 41% 5% 0.6% 50% 9% 51% 17% 0.17

    Hough 1,089 32% 1% 0.0% 44% 24% 74% 33% 0.55

    Jefferson 1,655 28% 0% 0.0% 54% 17% 71% 24% 0.32

    Kamm's 3,199 30% 0% 1.2% 35% 34% 78% 43% 0.95

    Kinsman 1,071 33% 3% 0.0% 45% 22% 77% 28% 0.49

    Lee-Harvard 1,059 39% 1% 0.0% 42% 20% 77% 26% 0.48

    Lee-Seville 914 35% 1% 0.0% 44% 21% 79% 26% 0.47

    Mount Pleasant 1,402 33% 0% 0.0% 45% 22% 73% 31% 0.50

     North Shore Collinwood 1,451 30% 1% 0.6% 47% 22% 73% 31% 0.48

    Ohio City 709 23% 0% 0.0% 54% 22% 67% 34% 0.41

    Old Brooklyn 3,794 33% 1% 0.7% 44% 22% 77% 29% 0.50

    Tremont 1,068 26% 4% 0.1% 57% 17% 70% 24% 0.29

    Union-Miles 2,045 31% 3% 0.0% 47% 22% 75% 29% 0.46

    University 971 21% 0% 0.8% 52% 26% 70% 37% 0.50

    West Boulevard 1,219 29% 0% 0.0% 51% 20% 71% 29% 0.40

    St.Clair-Superior 1,037 27% 2% 0.6% 54% 19% 71% 27% 0.36

    Stockyards 1,065 31% 0% 0.1% 52% 16% 74% 22% 0.31

    50,019 29% 3% 1% 51% 19% 71% 27% 0.37

  • 8/9/2019 Handout Formatted RC Final

    7/15

     

    Davey Resource Group 6 February 2015

     American Forests UTC standards

    American

    Forest Rec.*

    Cleveland

    2011

    Average of All Zones 40% 19%

    Central Bus. Districts 15% 4%

    Urban Residential 25% -

    Suburban Residential 50% -*American Forests recommendations for metropolitan areas east of the

     Mississippi.

    Scenarios to Reach 25%, 30%, 40% UTC

    TODAY SCENARIOS

    Total Acres In CLE 50,019

    UTC % 19% 25% 30% 40%

    Canopy Acres Required for UTC% 9,530 12,505 15,006 20,008

    Additional Acres of Canopy Needed 0 2,975 5,475 10,477

    Total Trees Needed* 0 184,420 339,478 649,595

    * Based on average 29' crown diameter tree

    = 62 trees possible per acre

    City Canopy Comparisons

    City

    EXISTING GOAL SIZE

    UTC

    Cover

    Year

    Assessed

    UTC

    GoalTarget Date Sq Mi

    Charlotte, NC 49% 2012 298

    Atlanta, GA 48% 2008 Increase Ongoing

     Nashville, TN 47% 2010

    Annapolis, MD 42% 2006 50% 30-year plan (2036)Pittsburgh, PA 42% 2011 60% 20-year plan (2031) 58

    Knoxville, TN 40% 2014 103

    Cincinnati, OH 38% 2011 78

     New Haven, CT 38% 2009Add 10K

    trees5-year plan (2014)

    Louisville, KY 37% 2012 TBD TBD 398

    Washington, DC 35% 2009 40% 20-year plan (2029)

    Austin, TX 32% 2006 40% Ongoing

    Portland, OR 30% 2014 33% Ongoing

    Boston, MA 29% 2006 49% 10-year plan (2016)

    Port Angels, WA 27% 2011 40% Ongoing

    Cambridge,Ontario

    27% 2013 N/A 2050

    Leesburg, VA 27% 2006 40% 25-year plan (2031)

    Evansville, IN 26% 2011 44

    St. Louis, MO 26% 2010 96

    Lexington, KY 25% 2014 25

     New York, NY 24% 2006 30% 2036

     New Orleans, LA 23% 2009 Increase Ongoing

    Providence, RI 23% 2007 30% 10-year plan (2020)

    Seattle, WA 23% 2007 30% 30-year plan (2037)

    Detroit, MI 23% 2008 40% Ongoing

    Milwaukee,WI 22% 2008 40% Ongoing

    Los Angeles, CA 21% 2006 28% 2040

    Baltimore, MD 20% 2007 40% 2036

    Philadelphia, PA 20% 2011 30% 15-year plan (2025)Cleveland, OH 19% 2013 78

    Tacoma, WA 19% 2010 30% 20-year plan (2030)

    Vancouver, BC 19% 2010 28% 20-year plan (2030)

    Chicago, IL 17% 2007 25% Ongoing

    Denver, CO 16% 2010 31% 20-year plan (2025)

    Sacramento, CA 15% 1998 35% Ongoing

    Indianapolis, IN 14% 2008 19% 10-year plan (2018)

    San Francisco, CA 14% 2012 20% 20-year plan (2034)

    Phoenix, AZ 10% 2007 25% 2030

    Las Vegas, NV 9% 2012 20% 2035

  • 8/9/2019 Handout Formatted RC Final

    8/15

     

    Davey Resource Group 7 February 2015

    INDICATOR 2: SIZE / AGE D ISTRIBUTION

    Indicator Information Local Data Performance Levels (CLE is Green) 

    Indicators of a

    Sustainable

    Urban Forest

    DescriptionOverall

    Objective

    Industry

    Standard /

    Optimal Levels

    Public or

    PrivateCleveland Today Low Moderate Good

    Size/Age

    Distribution

    Size is used as ageneral

    indicator/guestimate

    of age. To maintainthe flow of urban

    forest benefitsovertime, the

    number of newly

     planted trees mustexceed losses fromdeath and removal.

    Provide for

    uneven agedistribution

    citywide aswell as at theneighborhood

    level.

     No exact numberindustry standards

    in place. In

    general, the

    number ofnew/young trees

    should be

    significantlyhigher than the

    older age groups.

    Public

    0-8" DBH: 59%9-17" DBH: 21%

    18-24" DBH: 11%Over 24" DBH:

    9% ** even distribution

    ormajority of trees inlarger size classes

    uneven age distribution with

    majority of trees in smallersize classes

    aligned with ideal standard

    Private no data avail

    DBH

    Cleveland

    Inventory Data

    (inaccurate) 

    Recommended

    0-8" 59% 40%

    9-17" 21% 30%

    18-24" 11% 20%

    Over 24" 9% 10%

    0%

    10%

    20%

    30%

    40%

    50%

    60%

    70%

    0-8" 9-17" 18-24" Over 24"

       %    o

        f   A

        l    l   P   u    b    l   i   c   T   r   e   e   s

    Size of Tree

    (shown as DBH, or diameter at breast height)

    CLEVELAND TREE SIZE DISTRIBUTIONData Source: Outdated Inventory

    CLE Rec.

  • 8/9/2019 Handout Formatted RC Final

    9/15

     

    Davey Resource Group 8 February 2015

    INDICATOR 3: CONDITION OF TREES

     No quantitative reliable data available.

    INDICATOR 4: SPECIES DIVERSITY

    10/20/30 Rule: Plant no more than 10% of any species, 20 % of any genus, and 30% of anyfamily.

    Species (10% target) Acer platanoides 15% (Norway maple), all other under species are under 10%

    Genus (20% target) 31% Acer (maple), all other under 10%

    Family (30% target) Aceraceae at 31%, all other families under 20%

  • 8/9/2019 Handout Formatted RC Final

    10/15

     

    Davey Resource Group 9 February 2015

    INDICATOR 5: PLACEMENT

     No significant amount of quantitative reliable data available.

    INDICATOR 6: D ISTRIBUTION

    Indicator Information Local Data Performance Levels (CLE is Green) 

    Indicators of

    a Sustainable

    Urban Forest

    Description Overall ObjectiveIndustry Standard /

    Optimal Levels

    Public or

    Private

    Cleveland

    TodayLow Moderate Good

    Distribution:

    Equity

    The distribution of trees

    across the city equitably,meaning all residents benefit

    from services provided by

    trees (air quality, propertyvalues, etc.)

    Ensure that the

     benefits of treecoverage are

    available to all,

    especially to those inmost need of them.

    Low variation between tree benefits

    and equity factors

    (determined locally) by neighborhood.

    Combined

    Equity is not a

    significantfactor in planting

    locationdeterminations.

     planting & outreachis not determined by

    canopy cover or

     benefits

     planting &outreach is

    focused in low

    canopyneighborhoods

     planting &

    outreach isfocused in

    neighborhoods

    with low canopyand a high need

    for tree benefits

  • 8/9/2019 Handout Formatted RC Final

    11/15

     

    Davey Resource Group 10 February 2015

    Health Data Source: Cleveland-Cuyahoga County Behavioral Risk Factor Surveillance System (BRFSS) & Prevention Research Center

    for Healthy Neighborhoods, Case Western Reserve University, 2005-2009

  • 8/9/2019 Handout Formatted RC Final

    12/15

     

    Davey Resource Group 11 February 2015

  • 8/9/2019 Handout Formatted RC Final

    13/15

     

    Davey Resource Group 12 February 2015

  • 8/9/2019 Handout Formatted RC Final

    14/15

     

    Davey Resource Group 13 February 2015

  • 8/9/2019 Handout Formatted RC Final

    15/15

     

    Davey Resource Group 14 February 2015