What is special about geospatial? or A discipline in constant transition

Similar documents
XXIII CONGRESS OF ISPRS RESOLUTIONS

Techniques for Science Teachers: Using GIS in Science Classrooms.

European Spatial Data Research. EuroSDR. Prof. Dr. Ir. Joep Crompvoets. General Assembly CLGE Tirana 18 March

Remote Sensing and EO activities at the University of Turku

Esri and GIS Education

Spatial Data Science. Soumya K Ghosh

GEOMATICS. Shaping our world. A company of

Voices from Private Sector: Insights for Future NSDI Development in Indonesia

Industry Trends and Direction: a quick look! John Whitehead Trimble Navigation Ltd.

The Relevance of Cartography. Dubai 2015, Georg Gartner

Geographic Information Systems (GIS) in Planning and Resource Management Geomatics into the near future: pitfalls and opportunities

Manual of Digital Earth

Themes for Geomatics Conference. Geodesy Themes

Building a Vibrant and Enduring Spatial Science John P. Wilson IWGIS2014 Beijing, China

Geographic Information Systems (GIS) in Environmental Studies

GEOGRAPHY (GE) Courses of Instruction

EuroSDR (European Spatial Data Research)

Research Group Cartography

GIS Workshop Data Collection Techniques

An Industry Perspective. Bryn Fosburgh Vice President Trimble

Cartographic and Geospatial Futures

Future Proofing the Provision of Geoinformation: Emerging Technologies

Building a National Data Repository

The B.S.G.E. program is accredited by the Engineering Accreditation Commission of ABET,

Web 2.0, map production & publishing and geospatial information dissemenation

enny Mills chool of Civil ngineering & eosciences ewcastle University

Regional Centre for Mapping of Resources for Development (RCMRD), Nairobi, Kenya

A Modern Odyssey in Search of Relevance

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

GIS = Geographic Information Systems;

Competing for the Future

Geo Business Gis In The Digital Organization

Cutting Edge Engineering for Modern Geospatial Systems Rear Admiral Dr. S Kulshrestha, retd

Your web browser (Safari 7) is out of date. For more security, comfort and. the best experience on this site: Update your browser Ignore

Regional Centre for Mapping of Resources for Development (RCMRD), Nairobi, Kenya. Introduction GIS (2 weeks: 10 days)

Lesson 16: Technology Trends and Research

THE NEW CHALLENGES FOR THE HIGHER EDUCATION OF GEODESY IN UACEG SOFIA

Prof Chryssy Potsiou, FIG President

A Broad View of Geospatial Technology & Systems

Scope of the professional activities. Professional fields for the Surveyor. Traditional fields. Global drivers. The Surveyor of the XXIst Century

Regional Centre for Mapping of Resources for Development (RCMRD), Nairobi, Kenya

REVIEW MAPWORK EXAM QUESTIONS 31 JULY 2014

Cooperation is the key, FIG can facilitate

Current Research Trends from an Australian Perspective. Dr Philip Collier Research Director

Horizon Scanning and Research Lead Innovation

GEOGRAPHIC INFORMATION SYSTEMS Session 8

Regional Centre for Mapping of Resources for Development (RCMRD), Nairobi, Kenya. Introduction GIS ( 2 weeks: 10 days)

VGIscience Summer School Interpretation, Visualisation and Social Computing of Volunteered Geographic Information (VGI)

DIPLOMA IN GEOMATICS (NQF Level 6)

8/28/2011. Contents. Lecture 1: Introduction to GIS. Dr. Bo Wu Learning Outcomes. Map A Geographic Language.

Putting the U.S. Geospatial Services Industry On the Map

GSDI: Towards a Spatially Enabled Society

Visualisation of Digital Landscapes as a Potential Instrument for Visual Landscape Resource Management in the Maltese Islands

CE 316 GEOMATICS COURSE NOTES DR. MOIR D HAUG, C.L.S., P. ENG. JANUARY 2012

Data Origin. How to obtain geodata? Ron van Lammeren CGI-GIRS 0910

Update to the Association of Ontario Land Surveyors February 27, 2015 Deerhurst, Ontario

Open spatial data infrastructure

Country Report on SDI Activities in Singapore *

Joanne N. Halls, PhD Dept. of Geography & Geology David Kirk Information Technology Services

Yrd. Doç. Dr. Saygın ABDİKAN Öğretim Yılı Güz Dönemi

Corporate. Information. Railway Infrastructure Administrator. Year indracompany.com

FROM SURVEYING TO GEOMATICS

What s the problem? A Modern Odyssey in Search of Relevance. The search for relevance. Some current drivers for new services. Some Major Applications

VISUALIZING THE SMART CITY 3D SPATIAL INFRASTRUCTURE GEOSMART ASIA- 30 SEP, 2015

History & Scope of Remote Sensing FOUNDATIONS

GIS Applications on Environmental Education in Taiwan

The Integrated Ge spatial Information Framework to the strengthening of NSDI, Mongolia

THE RESEARCH GOALS AND THE RESEARCH STRATEGY OF THE EuroSDR

Basics of GIS reviewed

Geographic information for Strasbourg : from historical land register to 3D GIS city modelling 09/07/2017

Spatial Statistical Information Services in KOSTAT

STEREO ANALYST FOR ERDAS IMAGINE Stereo Feature Collection for the GIS Professional

St. Pölten University of Applied Sciences. Strategy St. Pölten University of Applied Sciences. fhstp.ac.at

US National Spatial Data Infrastructure A Spatial Framework for Governance and Policy Development to Enable a Location-Based Digital Ecosystem

Realizing benefits of Spatial Data Infrastructure A user s perspective from Environment Agency - Abu Dhabi

Climate Risk Visualization for Adaptation Planning and Emergency Response

PaikkaOppi - a Virtual Learning Environment on Geographic Information for Upper Secondary School

Geomatics at HafenCity University Hamburg

E-Learning with EuroSDR. Arpad Barsi BME Dept. of Photogrammetry and Geoinformatics

Land Use in the context of sustainable, smart and inclusive growth

Data Origin. Ron van Lammeren CGI-GIRS 0910

geographic patterns and processes are captured and represented using computer technologies

Challenges and Issues for Regional Geoportal on Disaster Data Sharing - from Perspective of China

Contents... GIS Approach. 4D Geo-referenced Database Approach for GIS. G IS Specific GIS Applications. FIG Working Week 2004.

COURSE INTRODUCTION & COURSE OVERVIEW

Chapter 10: The Future of GIS Why Speculate? 10.2 Future Data 10.3 Future Hardware 10.4 Future Software 10.5 Some Future Issues and Problems

Spatial Big Data. Amol G. Deshmukh Geomatics Specialist

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

State and National Standard Correlations NGS, NCGIA, ESRI, MCHE

Urban Tree Canopy Assessment Purcellville, Virginia

IC ARTICLE LAND SURVEYORS

STATUS OF MARINE SPATIAL DATA INFRASTRUCTURE

The Importance of Spatial Literacy

Bachelor of Geospatial Science The University of the South Pacific

Country Report On Sdi Activities In Singapore ( )

Exit Programme Outcomes (Qualification Outcomes): Upon completion of the Bachelor of Geomatics programme, graduates should be able to:

TRAITS to put you on the map

What is GIS? G: Geographic, Geospatial, Geo

GEOGRAPHY, ENVIRONMENT, AND SUSTAINABILITY (GES)

The future of the geomatics profession and where we fit in

Transcription:

What is special about geospatial? or A discipline in constant transition Marinos Kavouras NTUA Ensuring the Rapid Response to Change, Ensuring the Surveyor of Tomorrow FIG 2015 Several paradigm shifts The Atlantic Institute Think Tank Series held in Berlin, Campobello Island, Vienna, Québec City, Paris and Boston (2005). 24 January 2015 Athens, Greece 1

Several paradigm shifts "We are the only profession with the necessary knowledge of science and technology to address (design and engineer) society's needs for geo-spatial information, including the full range of acquisition, integration, geo-referencing and quality control, management, analysis and interpretation in selected application areas, while assisting all users with the appropriate use and a successful application". Prepare the new engineers Acquire knowledge and skills from application development and problem solving. Follow up the developments in enabling technologies but develop a technology-independent expertise. Focus less on technology-driven approaches, more on concepts, problem definition, design, solving, strategies. Realise that spatial problems are complex, while technology is often simple minded. Do not abandon good theory and concepts but develop them further. They suit any technology. Promote interdisciplinary understanding and cooperation. Develop a professional and business perspective. Prepare for a strong competition. 24 January 2015 Athens, Greece 2

http://www.spicynodes.org/a/50b2351c3118931072fb2f814d2b9398 TECHNOLOGY ASPECTS 24 January 2015 Athens, Greece 3

ADCPs - Acoustic Doppler Current Photogrammetric Imagery Processing Profilers Software Airborne Laser Scanning Point Cloud Processing Software AUVs - Autonomous Underwater Vehicles Remote Sensing Image Processing Digital Aerial Cameras Software GNSS Receivers ROVs - Remotely Operated Underwater HR Satellite Imagery Vehicles Imaging Sonar Side Scan Sonar Inertial Navigation System Singlebeam Echosounders Magnetometers Sub-bottom Profilers Marine Navigation Systems Terrestrial Laser Scanners Mobile GIS Systems - Hardware & UAS for Mapping and 3D Modelling Software USVs - Unmanned Surface Vehicles Mobile Mappers CONTINUOUS INFORMATION FLOW Earth observation and monitoring SDIs UBIQUITΟUS computing/mapping CROWDSOURCING, UGC, VGI Navigation - Wireless location LBS Location based services Geosensor networks 8 24 January 2015 Athens, Greece 4

Big Data, Linked Data Web 2.0 Semantic Web Neogeography crowd sourcing Knowledge engineering Geovisualization Robotics Geoeconomy KNOWLEDGE ENGINEERING 24 January 2015 Athens, Greece 5

Previous LC Categories New LC Categories CORINE Land Cover Categories (1 st level) 24 January 2015 Athens, Greece 6

SOCIETAL-ECONOMIC ASPECTS GEOECONOMY-GEOSERVICES What is their economic impact? Prepared for Google 2013 http://www.oxera.com/oxera/media/oxera/images/oxera- Geo-Services.jpg $150 billion to $270 billion per year The industry encompasses all digital mapping and location-based services, electronic maps, satellite navigation and imaging. Geo technologies are changing the way people, corporations and governments interact with the world, making them more efficient and enabling cost savings. 24 January 2015 Athens, Greece 7

Economic Value of Geospatial Data: The great enabler (Geospatial World May 2013) http://www.geospatialworld.net/paper/business/articleview.aspx?aid=30534 Geospatial technology, information, and services are addressing some of the major priorities of our nations, adding value to productivity, reducing costs and enabling GDP growth in the process GEOMATICS SECTOR - HUMAN RESOURCES STUDY http://www.gov.mb.ca/conservation/survey_services/pdf/hr-study-geomaticssector.pdf European LBS revenue forecast.(geomatics INDUSTRY UPDATE) 24 January 2015 Athens, Greece 8

The power of geovisualization Map by ChartsBin.com 24 January 2015 Athens, Greece 9

Global Internet Usage Based on Time of Day Map by Carna Botnet via Reddit Visualizing Global Population Density Map by valeriepieris on Reddit 24 January 2015 Athens, Greece 10

The Longest Straight Line You Can Sail on Earth (Pakistan to Kamchatka Peninsula, Russia 20000 miles) Map by kepleronlyknows on Reddit Maps by Tim De Chant @ persquaremile.com 24 January 2015 Athens, Greece 11

Time maps http://app.timemaps.nl/map#15:48 Twitter Maps 24 January 2015 Athens, Greece 12

Twitter sentiment heat maps Picture: SGI Source Traffic flows 24 January 2015 Athens, Greece 13

Landscape of Information: Mapping the Invisibles DEVELOPING A SPATIALLY-THINKING SOCIETY 24 January 2015 Athens, Greece 14

What is Geospatial Thinking? (National Research Council s Learning to Think Spatially ) Knowledge, skills, and habits of mind To use Concepts of space Tools of representation Processes of reasoning To structure problems, find answers, and express solutions to these problems. Why Geospatial Thinking? (National Research Council s Learning to Think Spatially ) (Committee on Support for Thinking Spatially 2006, 55) argues that spatial thinking is essential in science: Spatial thinking is deeply implicated in the conduct of science [M]any classic discoveries and everyday procedures of science draw extensively on the processes of spatial thinking. 24 January 2015 Athens, Greece 15

Why Geospatial Thinking? Ability with profound and rewarding effects on numerous aspects of everyday life and STEM disciplines, also highly relevant to social sciences and humanities. Replaced, however, in education for a long period of time by other forms of thinking (verbal, metaphorical, hypothetical, and mathematical). 31 The National Research Council (NRC), the National Science Teachers Association, the American Association for the Advancement of Science, and Achieve have developed the Next Generation Science Standards (NGSS) and have identified crosscutting concepts which apply across all domains of science. As such, they are a way of linking the different domains of science. 24 January 2015 Athens, Greece 16

Geospatial Science and Technology proves to be an excellent cognitive and technological vehicle for developing the crosscutting concepts 24 January 2015 Athens, Greece 17

Challenges Next turn? 24 January 2015 Athens, Greece 18