ZFL, Center of Remote Sensing of Land Surfaces, University of Bonn, Germany. Geographical Institute, University of Bonn, Germany

Similar documents
DP Project Development Pvt. Ltd.

Bentley Map Advancing GIS for the World s Infrastructure

Write a report (6-7 pages, double space) on some examples of Internet Applications. You can choose only ONE of the following application areas:

GIS at UCAR. The evolution of NCAR s GIS Initiative. Olga Wilhelmi ESIG-NCAR Unidata Workshop 24 June, 2003

These modules are covered with a brief information and practical in ArcGIS Software and open source software also like QGIS, ILWIS.

Discovery and Access of Geospatial Resources using the Geoportal Extension. Marten Hogeweg Geoportal Extension Product Manager

Creation of an Internet Based Indiana Water Quality Atlas (IWQA)

CLICK HERE TO KNOW MORE

Combining Geospatial and Statistical Data for Analysis & Dissemination

GIS and Remote Sensing

Techniques for Science Teachers: Using GIS in Science Classrooms.

SCHOOL OF ENGINEERING AND TECHNOLOGY COMPUTER LAB

Providing Public Access to King County GIS Data. Presented by: Michael Jenkins King County GIS Center Seattle, WA

Overview. Everywhere. Over everything.

One platform for desktop, web and mobile

Water Atlas Overview. Myakka River Management Coordinating Council June 22, 2012 Englewood, Florida

GIS = Geographic Information Systems;

INTRODUCTION TO GIS. Dr. Ori Gudes

Overdracht van terrein informatie dmv een GIS internettoepassing bij de OVAM

Design and implementation of a new meteorology geographic information system

ISO Daily 10 km Gridded Climate Dataset for Canada ( ) Data Product Specifications. Revision: A

NR402 GIS Applications in Natural Resources

Regional EGM on Community of Practice of Georeferenced Information System. for Disaster Risk Management (Geo-DRM) April 2014, Bangkok, Thailand

Brian D. George. GIMS Specialist Ohio Coastal Atlas Project Coordinator and Cartographer. Impacts and Outcomes of Mature Coastal Web Atlases

CentropeSTATISTICS Working Interactively with Cross-Border Statistic Data Clemens Beyer, Walter Pozarek, Manfred Schrenk

Geographic Data Science - Lecture II

An Internet-based Agricultural Land Use Trends Visualization System (AgLuT)

3/29/11. Why bother with tools? Incorporating Decision Support Tools into Climate Adaptation Planning. A Simplified Planning Process

U.S. Army Topographic Engineering Center (TEC) Alexandria, VA. Army Geo-Referenced PDF (GeoPDF) Project

Syllabus Reminders. Geographic Information Systems. Components of GIS. Lecture 1 Outline. Lecture 1 Introduction to Geographic Information Systems

Data Aggregation with InfraWorks and ArcGIS for Visualization, Analysis, and Planning

NOAA Surface Weather Program

Newsletter. Nr. 5 / June Special Issue HLanData Pilot Projects

GEOMATICS. Shaping our world. A company of

Karsten Vennemann, Seattle. QGIS Workshop CUGOS Spring Fling 2015

Time Series Analysis with SAR & Optical Satellite Data

Analyzing the Operational Environment

an accessible interface to marine environmental data Russell Moffitt

Effect of Land Use and Land Cover changes on Salim Ali Bird Sanctuary

Outline Brief Overview MapPlace Website Data Delivery & Map Themes Digital Geology

Among various open-source GIS programs, QGIS can be the best suitable option which can be used across partners for reasons outlined below.

Lesson Plan 3 Land Cover Changes Over Time. An Introduction to Land Cover Changes over Time

Innovation. The Push and Pull at ESRI. September Kevin Daugherty Cadastral/Land Records Industry Solutions Manager

July 5-6, 2010 Mytilene, Greece

PHASE 1_7 TH SESSION ARCGIS TRAINING AT KU GIS LABS: INTRODUCTION TO GIS: EXPLORING ARCCATALOG AND ARCGIS TOOLS

EnvSci 360 Computer and Analytical Cartography

GIS in Weather and Society

Congratulations on the completion of your project that was supported by The Rufford Small Grants Foundation.

GEOGRAPHICAL INFORMATION SYSTEMS. GIS Foundation Capacity Building Course. Introduction

The CSC Interface to Sky in Google Earth

DEVELOPMENT OF GPS PHOTOS DATABASE FOR LAND USE AND LAND COVER APPLICATIONS

Geometric Algorithms in GIS

Introduction to Google Mapping Tools

Remich, Luxembourg, February 2006 (river Mosel)

Analysis of Regional Fundamental Datasets Questionnaire

Digital Cartography in the Royal Library - the National Library of Sweden

Integrated application of Land Surveying and Mappipng. Data on Web-GIS

Integrating Official Statistics and Geospatial Information NBS Experience

The future of SDIs. Ian Masser

Introduction to Geographic Information Systems Dr. Arun K Saraf Department of Earth Sciences Indian Institute of Technology, Roorkee

Urban Spatial Scenario Design Modelling (USSDM) in Dar es Salaam: Background Information

Introduction to GIS Suchith Anand

The Geo Web: Enabling GIS on the Internet IT4GIS Keith T. Weber, GISP GIS Director ISU GIS Training and Research Center.

The GeoCLIM software for gridding & analyzing precipitation & temperature. Tamuka Magadzire, FEWS NET Regional Scientist for Southern Africa

DATA SOURCES AND INPUT IN GIS. By Prof. A. Balasubramanian Centre for Advanced Studies in Earth Science, University of Mysore, Mysore

Portal for ArcGIS: An Introduction. Catherine Hynes and Derek Law

Cadcorp Introductory Paper I

Navigating to Success: Finding Your Way Through the Challenges of Map Digitization

SOLUTIONS ADVANCED GIS. TekMindz are developing innovative solutions that integrate geographic information with niche business applications.

Cartographic Workshop

Bentley Geospatial update

Spatial Data Management of Bio Regional Assessments Phase 1 for Coal Seam Gas Challenges and Opportunities

Spatial Analysis with ArcGIS Pro STUDENT EDITION

Leveraging Web GIS: An Introduction to the ArcGIS portal

Customizing ArcGIS for spatial decision support - Case study: Locating potential small water reservoirs in Benin -

Droughts are normal recurring climatic phenomena that vary in space, time, and intensity. They may affect people and agriculture at local scales for

Gridded Population of the World Version 4 (GPWv4)

Sistema de Informacion Geografica Peninsular de Yucatan (SIGPY): WORK PLAN for the UQROO- URI GIS Development Project

Imagery and the Location-enabled Platform in State and Local Government

Portal for ArcGIS: An Introduction

Lesson Plan 3 Google Earth Tutorial on Land Use for Middle and High School

Integration of Geo spatial and Statistical Information: The Nepelese Experience

Features and Benefits

Transportation and Logistics Planning and Development Mapping Tool

Spatial Data Analysis with ArcGIS Desktop: From Basic to Advance

ArcGIS. for Server. Understanding our World

REVIEW MAPWORK EXAM QUESTIONS 31 JULY 2014

What are the five components of a GIS? A typically GIS consists of five elements: - Hardware, Software, Data, People and Procedures (Work Flows)

Ready for INSPIRE.... connecting worlds. European SDI Service Center

Web georeference of historical maps

IHP-WINS will make water-related information available online, allowing countries and stakeholders to access reliable data on an open source platform.

ISO INTERNATIONAL STANDARD. Geographic information Metadata Part 2: Extensions for imagery and gridded data

Assessment of Physical status and Irrigation potential of Canals using ArcPy

Performing Advanced Cartography with Esri Production Mapping

Introduction to Portal for ArcGIS. Hao LEE November 12, 2015

Gridded Ambient Air Pollutant Concentrations for Southern California, User Notes authored by Beau MacDonald, 11/28/2017

Enabling ENVI. ArcGIS for Server

Use of PRISM Data. for Precipitation Estimates. in ESPAM2 AS BUILT

Crowdsourcing, Citizen Science & INSPIRE

Development of a Web-Based GIS Management System for Agricultural Authorities in Iraq

Transcription:

Communication of Research Results The IMPETUS Atlas H.-P. Thamm 1, M. Judex 1, O.Schultz 2, S.Krüger 1 & M. Christoph 3 1 ZFL, Center of Remote Sensing of Land Surfaces, University of Bonn, Germany 2 Geographical Institute, University of Bonn, Germany 3 Institute for Meteorology, University of Cologne Universität zu Köln M W F

Introduction: WORKFLOW from Problem to Action Problem Climate change Land use change Hydrologic conditions.. Data Information Understanding Action Measurement data Satellite sata Socio economic data. Spatial- / temporal patterns of changes, Indices. Process dynamics Actors Motivation Political measures Technical measures

State of distribution of data, information and results In scientific projects often comprehensive data collected and important results are gained. Some of the results are published in scientific papers Expensive, not available in the host countries Only for experts Only brief selection of data published Problem to communicate the outcomes to stakeholders and other interested people especially in the host countries After the end of the projects often a lot of the data and their metadata as well as some of the results is lost

Question: How to communicate and distribute research results and base information? During the project: Discussing preliminary results Deriving process understanding Distributing the data Validation After project Compile all data, methods, results Store metadata (information about the collection and processing) Make data available

Distribution of data, information and results within the IMPETUS Project Website (www.impetus.uni-koeln.de) Geo-data-base in www External hard disk drives with all data and results for partner institutions IMPETUS ATLAS

One Solution for distributing science results The IMPETUS ATLAS Printed Version Interactive IMPTEUS Digital Atlas (IIDA)

The IMPETUS ATLAS Printed version A4 Soft cover

The IMPETUS ATLAS Printed version Comprehensive compilation of relevant topics on 2 pages Relevant maps Graphs and photos Text scientific sound but understandable for laymen Continuative references Handy reference to get a sound overview

Example of the IMPETUS ATLAS: Printed version

Example of the IMPETUS ATLAS: Printed version

Motivation to create a Digital Atlas Wide distribution cheap Unlimited content Distribution of digital data Dynamic content, integration new data and results Information layers can be overlaid - understanding Creation of own maps

Interactive Digital IMPETUS Atlas: Technical Realisation Programmed in JAVA, independent of a certain computer platform (Windows, Linux, Mac, ) Stand alone software, no access to internet needed Free software, can be distributed without limitation To run the Atlas no additional program installation is necessary (only JAVA runtime). It is easy to add additional data or to customize the appearance. Handles raster images, vector data (e.g. shape files) PDF or HTML format. Displaying of Videos is possible Easy integration in the Word Wide Web

Integration of data in the Atlas: Atlas Creator Atlas Viewer Integration of data with drag and drop

Conclusions IMPETUS distributes the data and results in adapted ways The IMPETUS Atlas concept is an appropriate approach to communicate science results to wide public Quick and easy to handle Very useful tool Very good for process understanding Free ware - wide distribution Can be applied for other projects as well

Thank you for the attention If you want to know more please approach us at the exhibition hp.thamm@gmail.com

Communication of Research Results The IMPETUS Atlas H.-P. Thamm 1, M. Judex 1, O.Schultz 2, S.Krüger 1 & M. Christoph 3 1 ZFL, Center of Remote Sensing of Land Surfaces, University of Bonn, Germany 2 Geographical Institute, University of Bonn, Germany 3 Institute for Meteorology, University of Cologne and more than 70 project members and stakeholder Universität zu Köln M W F

IIDIA: Overview

Data: Overview

Data: Landsat-Mosaic Benin

Example

Data: Landsat-Mosaic Benin

Information: Classification

Information: Classification with Metadata Metadata can be added

Land use change Information: Displaying the changes

Land use change Understanding: By overlaying additional Info

Different Languages can be choosen

Example of the IMPETUS ATLAS: Printed version

Thank you for your attention! hp.thamm@gmail.com

Introduction: WORKFLOW from Problem to Action Problem Climate Change Land use change Hydrologic conditions.. Data Information Understanding Action Satellite Data Measurement data Socio economic data. Spatial- / temporal patterns of changes, Indices. Process dynamics Actors Motivation Political measures Technical measures

Introduction: WORKFLOW from Problem to Action Problem Climate Change Land use change Hydrologic conditions.. fast changes, limited resources Data Information Understanding Action Satellite Data Measurement data Socio economic data. Spatial- / temporal patterns of changes, Indices. Process dynamics Actors Motivation Political measures Technical measures big variety divers spatial and temporal resolution and quality different quality divers methods modeling scenarios publications. decision support

Relevant information can be recalled

Interactive Digital IMPETUS Atlas Concept Digital visualization of base information and IMPETUS research results Documentation of the meta data Ability to present different, interdisciplinary parts Display of different information layers at the same time Possibility to deal with data and information in different spatial scales Enable data maintenance and integration of more datasets

Example

Interactive Digital IMPETUS Atlas: features Multi lingual Big raster data can be displayed Improved features for metadata are available Hot links are possible Own maps can be created Improved printing features Export of data is possible (if datasets are free) Some analysis features are included

Question: How to communicate and distribute research results and base information (data, maps, reports) to stake holder and other interested people? Scientific papers + very sound information - very expensive - only for experts - language - data not available Web presence + much information + data available - cost of maintenance - demands internet connection

why is difficult to understand complex problems? scientist faculty x scientist faculty y politicians Problem: indicators normal people founding administration institution necessity for communication!

Introduction: Workflow from problem to action Problem Data Information Understanding Action

Metadata about the data and methods can be integrated

Concept of the IMPETUS ATLAS Printed version Short compilation of the particular topic on 2 pages with significant maps, figures and tables Text scientific sound, but understandable for interested non experts and decision makers Continuative bibliographical references Information on transparent sheets enable analyses by overlaying different layers.

Data: Landsat-Mosaic Benin