Using Geographical Information Systems to support new golf courses location in Montemor-o-Velho Municipality Sara Figueiredo, Turma SH Curso Sistemas de.

Slides:



Advertisements
Similar presentations
Department of Landscape Architecture and Urban Planning College of Architecture Texas A&M University April 24, 2002 Presented By Jin Y Jun Site Selection.
Advertisements

Justin Prokopick, Marijana Vidackovic, Zaid Kharouba, and Boris Gusev
Conservation and Survey Division Dana Divine Survey Hydrogeologist.
Mejora de la eficiencia y de la competitividad de la economía argentina INTI - Unión Europea SEGEMAR - INTEMIN Taller.
Environmental Impact Assessment: A Land Use Planning Tool Diane Sherman, Ben Purdy, and Sara Felker Department of Resource Development Introduction Environmental.
Functions of GIS 30/04/2010. Major Functions of GIS 1. Data Capture Data used in GIS often come from many different sources, are of many types, and are.
Every Acre Counts The Newfound Watershed Master Plan Land Conservation Priorities In the Newfound Lake Watershed January 23, 2015 Dan Sundquist GreenFire.
Using GIS to determinate a suitable areas for avalanche occurrences in the Presidential Range, New Hampshire, USA Silvia Petrova Objective Several factors.
January 30, 2006Site Selection - IAP 2006 Site Selection – Making Spatial Decisions Using GIS IAP 20061/30/06.
BASIC SPATIAL ANALYSIS TOOLS IN A GIS
GEOPROCESSING Jarlath O’Neil-Dunne. Geoprocessing Geoprocessing is the processing of geographic information. Geoprocessing is the processing of geographic.
GIS and Agriculture. GIS and GPS GIS- A GIS is computer system capable or capturing, storing, analyzing, and displaying geographically referenced information.
What Geoprocessing? Geoprocessing is the processing of geographic information. Commonly used to describe a process when geographic objects are manipulated.
@ 2007 Austin Troy. Geoprocessing Introduction to GIS Geoprocessing is the processing of geographic information. – Creating new polygon features through.
P. Joseph Lehman, Inc., Consulting Engineers incorporates Geographic Information Systems (GIS) software services with new and existing clients. Presentation.
GIS 2, Final Project: Creating a Dasymetric Map for Two Counties in Minnesota By: Hamidreza Zoraghein Melissa Cushing Caitlin Lee Fall 2013.
@ 2007 Austin Troy. Geoprocessing Introduction to GIS Geoprocessing is the processing of geographic information. Perform spatial analysis and modeling.
GIS Tools Workflow of GIS Tools to Determine Properties Suitable for Migratory Bird Foraging Sites.
Potential of Using Precision Agricultural Practices for P Fertilizer Management.
Basic Spatial Analysis
Why calculate slope and Aspect? Study the flow of water Identify the habitats of plants Identify potential sites for urban growth Drainage patterns on.
Geographic Information Systems Applications in Natural Resource Management Chapter 12 Synthesis of Techniques Applied to Advanced Topics Michael G. Wing.
Introduction to GIS Presented By: J. Mark Young Roane State Community College Summer Semester 2006 Geographic Information Systems (GIS) at Roane State.
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.
GIS2: Geo-processing and Metadata Treg Christopher.
Prioritizing Agricultural Lands for Riparian Buffer Placement in the Raritan Basin: A Geographic Information System (GIS) Model Project Partners: North.
Growth and Land Use Planning Analysis for Washington County, Utah Presented by: Eric D Zimmerman.
Predicting Sediment and Phosphorus Delivery with a Geographic Information System and a Computer Model M.S. Richardson and A. Roa-Espinosa; Dane County.
Advanced GIS Workshop April 28-29, 2012 Antioch University New England Chris Brehme, PhD, Keene State College Apollinaire William, Antioch University New.
Presenter: Rich Lee Location Suitability Analysis New Burger stores in San Fernando Valley 2010 Fall 406 Final Project.
School of Geography FACULTY OF ENVIRONMENT Introduction to ArcToolbox and Geoprocessing.
How do we represent the world in a GIS database?
Community Youth Center URP 4273 Survey of Planning Information Systems Final Group Project: Team Two Spring 2003.
____________________________ Raster GIS & Modeling ( )
Community Development Department FUTURE LAND USE MAP AMENDMENT SMALL-SCALE LU-MIN & ZONING MAP AMENDMENT RZ-OTH
Visualization Techniques Useful For Planning - Ensley Township-
University of Palestine Faculty of Applied Engineering and Urban Planning GIS Course Spatial Analysis Eng. Osama Dawoud 1 st Semester 2009/2010.
Using ArcGIS ModelBuilder for Conservation & Ag Drainage Projects Janell Weiss Nutrient Mgmt. Specialist/Ag Technician Darke Soil & Water Conservation.
10/30/20151 Determining rangeland suitability for cattle grazing based on distance-to-water, terrain, and soils MGIS Capstone Project - Peer Review July.
Site Suitability for Lake Overholser Cassi Poor CRP 551.
Introduction to Spatial Calculation Estimation of Areas Susceptible to Flood and Soil Loss.
Geo-processing tools Tools: Buffer Geo-processing tools allow you to work with your data bases on spatial relations.... at a specified distance... with.
GIS Data Structures How do we represent the world in a GIS database?
Map overlays & Geoprocessing Learn about spatial analysis functions overlays, clipping & buffering Use overlays to analyze multiple spatial criteria Understand.
Exploring GIS concepts. Introduction to ArcGIS I (for ArcView 8, ArcEditor 8, and ArcInfo 8) Copyright © 2000–2003 ESRI. All rights reserved. 2-2 Organizing.
T28 N R4 W S01 T 5 N R 4 E S 15 T31 N R4 E S20.
Road Erosion Potential Town of New Paltz Ulster County State of New York.
Pairwise-Comparison was used as the ranking method which provided accurate weights in determining the ideal site for Niagara Region. Site Selection for.
LOCATION OF THE DAM ON KOSI RIVER USING GIS TECHNIQUES By Anil Kumar Hemant Singh Himanshu kashyap.
Freeman Center Grazeable Land Area and Geodatabase Contributions Sara Dunlap Project Manager David Szpakowski Assistant Manager Natalie Bowman GIS Analyst.
NR 322: Raster Analysis I Jim Graham Fall 2008 Chapter 7.
Earth Observation for International Financial Institutions (EOFI) Service Trial 2: UN-IFAD – Development Planning presented by Telecon, 23 rd of November,
GIS Site Suitability Analysis for developing a vineyard in Sonoma County, CA ____________________________ David Jaquet Raster GIS & Modeling ( )
Supervisors : Mr. S. Matara Mrs. Tabitha Njoroge
TOPICS IN LAND SURVEYING: SUBDIVISIONS TREC #7220 TIM HOWELL, RLS TREC INSTRUCTOR #1556.
Diana Edwards, Megan Maurino, Alani Worden LAc188 Fall 2014 Acknowledgements c188 GSIs, Prof. John Radke, Janet Torres, National Map Viewer Limitations:
Roads without trails Streams Mameyes Watershed Boundary Intersect Buffer 50 meters Buffer 100 meters Intersect represents all of the areas along stream.
A Suitability Analysis for UMW Expansion Nathan Dawes GISc 351 Spring 2013 University of Mary Washington Introduction Study Area Using Google Maps, I calculated.
Determine most suitable area to artificial groundwater recharge in Parsyan basin in IRAN By: Mandana Ashouri GIS Supervisor: Dr. Maidment.
GEOG 2007A An Introduction to Geographic Information SystemsFall, 2004 C. Earl Queries can be used: to check data correctness to obtain info as steps in.
Proposed Helicopter Pad By: Lesley Stein and Jordan Kittle.
Soil type Vegetation type / Forest density Land Use Fire activity Slopes Support NWS Flash Flood Warning Program: Development of Flash Flood Potential.
Pesticide Use Web Mapping Application Joanna Nishimura Fall 2014.
Part of Lot 56, Concession 3 WGR, Plan RP17R2390 Part 1 (geographic Township of Bentinck), Municipality of West Grey.
CHAPTER SEVEN GEOPROCESSING TOOLS. INTRODUCTION Reality > Conception > Representation > Analysis > Documentation > Storage > Distribution Geoprocessing.
Presented by Shaynee Gulliford
Preserving and Conserving Agricultural Lands:
Percentage of watershed area in critical zone*
Raynard Lozano and Regena Ngeam
Davie County Comprehensive Land Development Plan
Presentation transcript:

Using Geographical Information Systems to support new golf courses location in Montemor-o-Velho Municipality Sara Figueiredo, Turma SH Curso Sistemas de Informação Geográfica 02\05

Main goal  Find the best location for a new golf course development in Montemor-o-Velho Municipality

 Geoprocessing the colected information (classification, union, merge, overlay, area calculation) ArcView and Idrisi32;  Compare the results with the Master Plan from Montemor-o- Velho. Objectives:  Calculate aspect and slope from the DEM;  Identify the suited geology;  Identify the suited land use;  Establish buffer zones around the main roads and water courses;

SLOPELess then 10% ASPECT South, East, West LAND USE Pastures or agricultural fields with low income and sandy soils HIDROGRAPHIC NETWORKBuffer zone greater then 100 m ROAD NETWORK Buffer zone of 50 m around the secondary roads. Buffer zone of 500 m around the main roads. GOLF COURSE AREA 9 holes, area between 20 and 30 hectares 18 holes, area between 40 and 60 hectares Good Locations

Possible locations

Final Remarks  GIS revealed their usefulness in order to find suitable locations for new golf courses developments  From the work developed it was possible to conclude: 1. According to the GIS results it is impossible to develop a new golf course with 18 holes; 2. But, it is possible to decide between 8 possible locations for a new golf course with 9 holes;