GEO/GY461 Applied GIS: Environmental Geology of the Cheaha Mountain, AL, 7.5' Quadrangle Project

Similar documents
Converting AutoCAD Map 2002 Projects to ArcGIS

A Second Look at DEM s

Buckskin Detachment Surface Interpolation, Southern Lincoln Ranch Basin, Buckskin Mountains, Western Arizona Hal Hundley

Importing GPS points and Hyperlinking images.

Lab 1: Landuse and Hydrology, learning ArcGIS

AutoCAD 1:24,000 Geologic Map Standards

16) After contour layer is chosen, on column height_field, choose Elevation, and on tag_field column, choose <None>. Click OK button.

Mid-West ESRI Utility User s Group Conference. March 26, 2014

GEOGRAPHIC INFORMATION SYSTEMS Lecture 25: 3D Analyst

Lab 18c: Spatial Analysis III: Clip a raster file using a Polygon Shapefile

Exercise 4: Extracting Information from DEMs in ArcMap

Lab 1: Introduction to ArcGIS

Tutorial 1: Downloading elevation data

Digitising a map in arcgis desktop 10.3

Using GIS to Site Minimal Excavation Helicopter Landings

Field Geology I Digitizing a Geologic Map October 17, 2005 Lab Exercise 3. Materials GIS-ready computer Internet connection Scanned Geologic Map

INTRODUCTION TO GIS WORKSHOP EXERCISE

ArcGIS for Geoscientists

Delineating Watersheds from a Digital Elevation Model (DEM)

Lecture 21 - Chapter 8 (Raster Analysis, part2)

Lab 7: Bedrock rivers and the relief structure of mountain ranges

hereby recognizes that Timotej Verbovsek has successfully completed the web course 3D Analysis of Surfaces and Features Using ArcGIS 10

Search & Rescue Map Specifications and Production Workflows

Geoprocessing and georeferencing raster data

Table of Contents. 1. Prepare Data for Input. CVEN 2012 Intro Geomatics Final Project Help Using ArcGIS

Working with Elevation Data URPL 969 Applied GIS Workshop: Rethinking New Orleans After Hurricane Katrina Spring 2006

GY461/GEO461 Computer Mapping & GIS Technology Merging of DEM and Geology Raster Images

In this lab, you will create two maps. One map will show two different projections of the same data.

Bosnia Herzegovina: Geological Resources Digitization of Hardcopy Maps and Data Catalogue Simon Neal Dr. Emlyn Hagen

GPlates Tutorial. Preparing Data in ArcGIS for GPlates

Making flow direction data

Figure 1-2. through My. My Contentt on the Homepage menu. Figure 1-3. DHI - quick_user_guide_pearl_gis_

Advanced PDF features

Visualization with ArcGlobe. Brady Hoak

Final project: Lecture 21 - Chapter 8 (Raster Analysis, part2) GEOL 452/552 - GIS for Geoscientists I

GEO 465/565 Lab 6: Modeling Landslide Susceptibility

CSTools Guide (for ArcGIS version 10.2 and 10.3)

Pond Distance and Habitat for use in Wildlife Modeling

GY461 GIS 1: Environmental Campus Topography Project with ArcGIS 9.x

Livingston County MAP User Guide

Designing and Using Basemaps. Jennifer Hughey

Basics of Using LiDAR Data

Measure the Perimeter of Polygons Over a Surface. Operations. What Do I Need?

Geography 476/676 (Spring 09)

Lab.4 & Assignment 2. Lab4. Conversion of Hardcopy Map to ArcGIS Map

RASTER ANALYSIS S H A W N L. P E N M A N E A R T H D A T A A N A LY S I S C E N T E R U N I V E R S I T Y O F N E W M E X I C O

Georeferencing Imagery in ArcGIS 10.3.x

Lab 6: Transforming Spatial Data

Cross-Platform GIS Solutions through SuperGIS Desktop. Ava Lai Sr. Support Engineer Supergeo Technologies Inc.

QGIS for Geoscientists

Geographic Information Systems. using QGIS

ArcCatalog or the ArcCatalog tab in ArcMap ArcCatalog or the ArcCatalog tab in ArcMap ArcCatalog or the ArcCatalog tab in ArcMap

Steps for Modeling a Proposed New Reservoir in GIS

Lab 11: Terrain Analyses

I. An Intro to ArcMap Version 9.3 and 10. 1) Arc Map is basically a build your own Google map

Making Topographic Maps

GEO 465/565 - Lab 7 Working with GTOPO30 Data in ArcGIS 9

GIS LAB 8. Raster Data Applications Watershed Delineation

Finding and Using Spatial Data

Geographical Information Systems Institute. Center for Geographic Analysis, Harvard University. LAB EXERCISE 1: Basic Mapping in ArcMap

Feature Analyst Quick Start Guide

ArcGIS Pro: What s New in Editing and Data Management

GeoEarthScope NoCAL San Andreas System LiDAR pre computed DEM tutorial

Finding GIS Data and Preparing it for Use

Measuring Area/Length of Organisms with GIS

The Volume and Extent of the Lake Created by the Bridge of the Gods, Colombia River

START>PROGRAMS>ARCGIS>

Lab 11: Terrain Analyses

Geological mapping using open

George Mason University Department of Civil, Environmental and Infrastructure Engineering

In this exercise, you will convert labels into geodatabase annotation so you can edit the text features.

Lab 5: Georeferencing, Digitization, and Processing

Lab 10: Raster Analyses

Importing CDED (Canadian Digital Elevation Data) into ArcGIS 9.x

All data is in Universal Transverse Mercator (UTM) Zone 6 projection, and WGS 84 datum.

Tricks and Tips of Creating a Layered, Geo-Enabled Adobe PDF Map

Section 1: Introduction to Arc GIS 10

Introduction to GIS A Journey Through Gale Crater

How to Align a Non- Georeferenced Image to an Existing Geographic Layer or Georeferenced Image

GIS Fundamentals: Supplementary Lessons with ArcGIS Pro

Step by Step GIS. Section 1

Watershed Sciences 4930 & 6920 GEOGRAPHIC INFORMATION SYSTEMS

Objective: To be come more familiar with some more advanced applications in ArcGIS.

GeoCapacity Data, GIS and WebGIS

The CEDRA Corporation s COMMAND OF THE MONTH

Integrating CAD Data with ArcGIS

Chapter 5. Presenting Data

GIS Workshop Spring 2016

Descriptive Statistics. Project 3 CIVL 3103

Introduction to GIS 2011

Heads up Digitizing v 9.3

Name: Date: June 27th, 2011 GIS Boot Camps For Educators Lecture_3

ARC HYDRO GROUNDWATER TUTORIALS

Spatial Analysis Exercise GIS in Water Resources Fall 2011

GY301 Geomorphology Lab 5 Topographic Map: Final GIS Map Construction

Lecture 22 - Chapter 8 (Raster Analysis, part 3)

George Mason University Department of Civil, Environmental and Infrastructure Engineering. Dr. Celso Ferreira

I CALCULATIONS WITHIN AN ATTRIBUTE TABLE

From Data to Map in 30 Minutes. Aileen Buckley, PhD

GPS TO GIS EXERCISE (30 PTS)

Transcription:

Figure 1: Reference points spreadsheet for Cheaha Mt. 7.5' quadrangle (LatLongCalc_24k.xls). Page -1-

Figure 2: RMS statistic from the Cheaha Mountain field map georeference. Page -2-

Figure 3: Appearance of properly georeferenced Cheaha Mt. raster field map with reference points. Page -3-

Figure 4: Setting the Spatial Reference system for a new feature class. Page -4-

Figure 5: Setup of snapping environment before creating new features in the Cheaha Mt. project. Page -5-

Figure 6: Example of a newly created geology polygon in the Lithology feature layer. Page -6-

Figure 7: Adding the specialized geology symbology set in the Contacts feature class. Page -7-

Figure 8: Example of using the Flip editor command to correct a thrust fault contact. Page -8-

Figure 9: Using the split command on the Contacts features. Page -9-

Figure 10: Dialog setup for turning on labeling of Lithology polygons. Page -10-

Figure 11: Setting label placement properties for lithologic polygons. Page -11-

Figure 12: Appearance of Geologic Map after building Lithology and Contacts feature classes. Page -12-

GEO/GY461 Applied GIS: Environmental Figure 13: Using Edit > Find in an Access table to find the USGS_Index code. Page -13-

GEO/GY461 Applied GIS: Environmental Figure 14: Stations database table structure. Page -14-

Figure 15: Selecting the BuildArcGISStationsTable query for generating a table of the Cheaha Mt. quadrangle station locations. Page -15-

Figure 16: Query design setup for generating the Cheaha Mt. quadrangle stations table. Page -16-

Figure 17: Table of station data generated by the BuildArcGISstations query to be used with ArcGIS. Page -17-

Figure 18: Exporting the stations table to ArcGIS. Page -18-

Figure 19: Setting the projection for stations table. Page -19-

Figure 20: Selecting the station symbol. Page -20-

Figure 21: Setting up labeling for stations. Page -21-

Figure 22: Setting up the Access query for building the structure table for ArcGIS. Page -22-

Figure 23: Structure table for exporting to ArcGIS. Page -23-

Figure 24: Symbology for the Structure feature. Page -24-

Figure 25: Setting the rotation of the L1 symbol to point at 0 azimuth. Page -25-

Figure 26: Setting the rotation of structure symbols. Page -26-

Figure 27: Setting the symbol text rotation for structure symbols. Page -27-

Figure 28: Example of structure symbols rotated and labeled. Page -28-

Figure 29: Megascopic structures symbology. Page -29-

Figure 30: Initial USGS seamless server web site page. Page -30-

Figure 31: Defining download area for seamless server. Page -31-

Figure 32: Digital Elevation Model request page for the Seamless Server. Page -32-

Figure 33 The modify data request web page in the seamless server. Page -33-

Figure 34: Final web page notification in the seamless server download process. Page -34-

Figure 35: Spatial Analyst dialog for computing hillshade from DEM. Page -35-

Figure 36: Adding the hillshade of the DEM to the ArcMap project file. Page -36-

Figure 37: Page and Print setup dialog. Page -37-

Figure 38: Feature layer selections for the legend. Page -38-

Figure 39: Data frame properties dialog for map layout. Page -39-

Figure 40: Final layout of map project. Page -40-

Figure 41: Print dialog. Page -41-