Florida Key Deer Land Acquisition

Slides:



Advertisements
Similar presentations
Forest Legacy Assessment of Need Identifying Future Forest Legacy Areas Governors Commission for Protecting the Chesapeake Bay through Sustainable Forestry.
Advertisements

Salt Marsh Restoration Site Selection Tool An Example Application: Ranking Potential Salt Marsh Restoration Sites Using Social and Environmental Factors.
NSF DUE ; Module 4.3. NSF DUE ; GeoTEd Partners Module name and number.
DNR Garmin Extension in ArcView: Set up Collect Data ArcView DNR Garmin.
Establishing GIS for Management in the Sauvie Island Wildlife Management Area, Oregon Jeremy Hruska Masters Degree in GIS Candidate Penn State University.
Bald Eagle Wildlife Study Using Geographical Information Systems.
GIS UPDATE? ARE YOU TAKING NOTES? How will you remember what you did if you do not take notes. Lab 9 this week: Music Festival 3: Vector Analysis.
Evacuation Safety Planners * Jason HaycockRobert Broussard Colleen Grentz Project Manager Analyst & Webmaster Analyst & Project Designer.
Potential Sites in Virginia For Red Wolf Re-introduction Picture courtesy of NPCA.
GIS Level 2 MIT GIS Services
The Adirondack Park Blueline Expansion Meg Harris Geography 184 Fall Semester 2006.
HUNTING ANALYSIS OF WHITE-TAILED DEER IN VERMONT BY COREY RICHARDSON.
Using ESRI ArcGIS 9.3 Arc ToolBox 2 (3D Analyst)
Lecture 8 A GIS Project. Steps in a GIS project State the problem or question Define the important issues Get the data Make a diagram or flow chart of.
Applied Cartography and Introduction to GIS GEOG 2017 EL
NR 322: Single Layer Analysis Jim Graham Fall 2008 Chapter 8 & 9.
Lecture 16: Data input 1: Digitizing and Geocoding By Austin Troy University of Vermont Using GIS-- Introduction to GIS.
Fundamentals of GIS Materials by Austin Troy © 2008 Lecture 18: Data Input: Geocoding and Digitizing By Austin Troy University of Vermont NR 143.
GIS Tutorial 1 Lecture 6 Digitizing.
19 th Advanced Summer School in Regional Science Overview and more advanced directions with ArcGIS.
GPS to GIS: Collecting and Mapping Real-World Data Collect GPS data around your school, and import it into ArcView to create shapefiles and grids.
Projections and Coordinate Systems Chapter 2. ArcView  Structure Project View Theme Feature  Project (.apr) ASCII text Location dependent!!!
Intro. To GIS Lecture 6 Spatial Analysis April 8th, 2013
@ 2007 Austin Troy. Geoprocessing Introduction to GIS Geoprocessing is the processing of geographic information. Perform spatial analysis and modeling.
Attribute based and Spatial Operations Section III Part 1: Attribute Based Operations.
Introduction to ArcGIS for Environmental Scientists Module 3 – GIS Analysis ArcGIS Toolbox.
Add a File with X, Y coordinates to MapWindow
Indiana University Migrating from AutoCAD to a Geodatabase Theresa Thompson
GIS UPDATE? Lecture 17 Lab 8: Music Festival, Part 2 – Spatial Analysis.
Spatial Concepts Mathematical Types of Space –Euclidean –Network –Metric –Topologic.
LANDSLIDE SUCCEPTABILITY MAPPING (Case study of SRILANKA)
Lecture 9 Managing a GIS project. GIS analysis Collect and process data to aid in decision making  Use the data to make decisions  Identify alternatives.
Spatial Analysis (Vector I) Reading Assignment: Bolstad Chapter 9 (pp )
CE 525. Grading GIS Proficiency Exam 10% Attendance 10% 90–100 = A Pop Quiz Questions 10% 80 – 89 = B Homework/Certifications 20% 70 – 79 = C Midterm.
GIS2: Geo-processing and Metadata Treg Christopher.
Fundamentals of GIS Materials by Austin Troy © 2008 Lecture 18: Data Input: Geocoding and Digitizing By Austin Troy University of Vermont.
Coordinate Systems Global Coordinate System – Latitude, Longitude and elevation UTM – eastings and northings, reference points are the equator and the.
School of Geography FACULTY OF ENVIRONMENT Introduction to ArcToolbox and Geoprocessing.
Legal land descriptions are an important part of transfer of property, Taxes, and determination of acreages. Most states still only recognize plane surveys,
Green Infrastructure Network Design Analysis Beaufort County, North Carolina.
San Luis Obispo County Planning and Building Department Jeff Legato Mapping and Graphics Specialist
Copyright © 2006 by Maribeth H. Price 8-1 Chapter 8 Geoprocessing.
Support the spread of “good practice” in generating, managing, analysing and communicating spatial information Introduction to GIS for the Purpose of Practising.
Map Projections Francisco Olivera, Ph.D., P.E. Srikanth Koka Department of Civil Engineering Texas A&M University.
Site Suitability for Lake Overholser Cassi Poor CRP 551.
Geo-processing tools Tools: Buffer Geo-processing tools allow you to work with your data bases on spatial relations.... at a specified distance... with.
Map overlays & Geoprocessing Learn about spatial analysis functions overlays, clipping & buffering Use overlays to analyze multiple spatial criteria Understand.
Alternative Growth Futures Studio University of Colorado at Denver Sponsors: Custer Heritage Committee San Isabel Foundation Sonoran Institute.
Aiding Conservation Efforts in Attleboro, Massachusetts Attleboro Land Trust: –Preservation of open space for public enjoyment and conservation of biodiversity.
GIS & Health ESPM 9: W 5-8 April 7, 2010 Instructors: Maggi Kelly Kevin Koy Mark O’Connor Geospatial Innovation Facility College of Natural Resources -
Groundfish Essential Fish Habitat (EFH) GIS Mapping Van Hare Pacific States Marine Fisheries Commission.
Topology Relationships between features: Supposed to prevent:
Introduction to Geographic Information Systems Fall 2013 (INF 385T-28620) Dr. David Arctur Research Fellow, Adjunct Faculty University of Texas at Austin.
DEM TRAINING (DIGITAL ELEVATION MODEL). STEP 1 OPEN GIS.
A Suitability Analysis for UMW Expansion Nathan Dawes GISc 351 Spring 2013 University of Mary Washington Introduction Study Area Using Google Maps, I calculated.
Intro. To GIS Pre-Lab Spatial Analysis April 1 st, 2013.
-gSSURGO- Using the Soil Data Management Toolbox Steve Peaslee USDA-NRCS National Soil Survey Center Lincoln, Nebraska March.
Capstone Project GI Analysis C Team. Leadership Forum Local/State GIS planners Planning/ZoningUtilities Citizen Groups USACoE Local Developers Parks &
Review of Projections and Coordinate Systems
International Airport Site Evaluation St. George, Utah TYREL EDWARDS - JOSH GATHRO - MATTHEW HALES - PLOY SAMRANJIT 25 APRIL 2016 CEE 5190 – GIS FOR CIVIL.
Introduction to GIS Programming Final Project Submitted by Todd Lenkin Geography 375 Spring of 2011 American River College.
Major League Baseball Expansion
Vector Analysis Ming-Chun Lee.
Spatial Analysis and Functions
Attribute Extraction.
Spatial Data Processing
GIS Lecture: Geoprocessing
Vector Geoprocessing.
Environmental Resources Cluster
Map Projections Displaying the earth on 2 dimensional maps
Presentation transcript:

Florida Key Deer Land Acquisition Edward Jackson 11/18/2014 RENR – 405 – 599 Texas A&M University

Florida Key Deer (Odocoileus virginianus clavium) Lives only in the Florida Keys Sub-species of the white-tailed deer Migrated over a land bridge during the Wisconsin glaciation Earliest documented migration in the 1550s Listed as an endangered species Hunted for food supply Banned in 1939 Population has risen since 1955

Our Goal Determine potential, private, undeveloped land for acquisition using a GIS To find a suitable habitat for the Key Deer population Based on popular vegetation for the species Away from major roads This is where most deaths occur Projection Requested Contiguous Albers Equal Area Conic Central Meridian: -84.0 1st Standard Parallel: 24.0 2nd Standard Parallel: 31.5 Reference Latitude: 24.0 False Easting: 400015 False Northing: 50.0

Mapping the Area Add data provided Vegetation Mortality Ownership Ensure that all layer are correctly projected Use the Contiguous Albers Equal Area Conic

Initial Map

Vegetation Map

Adding the Telemetry Points Convert Telemetry locations .dbf to .shp Add data –> add XY data -> edit Project to NAD_83 Export data as a shapefile A cluster of points will appear off of the map as shown below

Define and Project the Telemetry Points Use the Define Projection tool Use Contiguous Albers Equal Area Conic Project tool Use this tool to project the telemetry points to align with the other layers Set output to North_America_1983

Mapped Deer Telemetry Points

Joining Relevant Points Use the Spatial Join tool to join the telemetry data with the types of vegetation This allows you to select telemetry points according to where they were found in each type of vegetation Fill in the table provided Calculate the expected amount of observed deer Ratios are calculated and show preferred vegetation Pick two forms of preferred vegetation Hammocks and Pinelands were used in this project

Vegetation/Deer Frequency Table

Create a Preferred Vegetation Layer Select Pinelands and Hammocks in the vegetation layer Export this data to create a layer that shows only the preferred vegetation Dissolve tool Use this to dissolve unnecessary data Multipart tool Use this tool to keep data for each polygon in the preferred vegetation

Pinelands and Hammocks

Add Road Data Convert e00 file to shapefile using the Conversion tools -> to Coverage Select the major roads Highway 1 and Key Deer Boulevard have the highest mortality rates Create a Buffer Creating a buffer will keep these areas out of your selection 30 meter buffer for highway 1 50 meter buffer for Key Deer Boulevard Merge the buffers into a single buffer

Roads

Map with Road Buffer

Selecting an Area for the Habitat Away from human activity Close to federal land Outside of the buffer zone Close together if multiple parcels Selected multiple parcels Total acreage: 4.11 acres

Determining the Cost Determination Factors Cost per acre Total acres of undeveloped land: 1217 Total cost of undeveloped land: $28,924,293 Cost per acre Total cost/Total Acres $28,924,293/1217 Cost per acre = $23,766.88

Selecting this location Selected on these factors Total cost: $97,173 Total acreage: 4.11 Proximity to federal land Gives a better chance for expansion Protects land from future development

Final Map