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AIP-5 Agriculture SBA Demo Prof. Liping Di Center for Spatial Information Science and Systems George...

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AIP-5 Agriculture SBA Demo Prof. Liping Di Center for Spatial Information Science and Systems George Mason University [email protected]
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Page 1: AIP-5 Agriculture SBA Demo Prof. Liping Di Center for Spatial Information Science and Systems George Mason University ldi@gmu.edu.

AIP-5 Agriculture SBA DemoProf. Liping Di

Center for Spatial Information Science and Systems

George Mason University

[email protected]

Page 2: AIP-5 Agriculture SBA Demo Prof. Liping Di Center for Spatial Information Science and Systems George Mason University ldi@gmu.edu.

Agriculture SBA Tasks

• Three tasks for the GEO Agriculture SBA• AG 01: initiating the creation of a 5- to 10-year

strategic plan and creating a plan of action for GEO in agriculture;

• AG 02: developing and improving analytical tools and methods for agricultural risk assessment, particularly for crop failure, and establishing common standards and formats;

• AG 03: supporting operational agricultural monitoring systems, enhancing the current capabilities in the areas of agricultural monitoring, famine early warning and food security.

Page 3: AIP-5 Agriculture SBA Demo Prof. Liping Di Center for Spatial Information Science and Systems George Mason University ldi@gmu.edu.

AIP-5 Agriculture SBA Implementation

• Pilot the implementation of a prototype distributed system for operational global agricultural monitoring– Support Agriculture SBA, especially task AG 03

• Theme: crop condition monitoring and analysis• Scenario:

– A government agricultural decision maker or an agriculture commodity trader wants to know the current crop condition of major crops in the world’s major production areas in comparison with the last year, a specific year in the past, or multi-year average.

Page 4: AIP-5 Agriculture SBA Demo Prof. Liping Di Center for Spatial Information Science and Systems George Mason University ldi@gmu.edu.

GEOSS Ag. SBA Wiring Diagram

GMU GADMFS

GMU WMS (NDVI, VCI)

GMU/NASS WMS (CDL)

GMU WCS (NDVI, VCI)

GMU/NASS WFS (ASD, state/county)

GMU/NASS WCS (CDL)

GMU VegScape

PYXIS

users

GMU WMS (Ag. Drought)

GMU WCS (Ag. Drought)

CAASS WMS (corn, wheat con.)

CAAS WCS (corn, wheat con.)

GMU CropScape

GMU WMS (DEM)

GMU WCS (DEM)

GMU DEM Explorer

Page 5: AIP-5 Agriculture SBA Demo Prof. Liping Di Center for Spatial Information Science and Systems George Mason University ldi@gmu.edu.

Demo video show

Page 6: AIP-5 Agriculture SBA Demo Prof. Liping Di Center for Spatial Information Science and Systems George Mason University ldi@gmu.edu.

Demo video show

Page 7: AIP-5 Agriculture SBA Demo Prof. Liping Di Center for Spatial Information Science and Systems George Mason University ldi@gmu.edu.

Summary• OGC Interoperability technology brings the agricultural information

providers and users together• Under the GEOSS Architectural framework, it is possible to construct

operational global agriculture monitoring and analysis system.• Any user with an Internet can access and utilize the agricultural

information equally.

OGC Geospatial

OGC Services brings together agriculture information providers and information users

Decision Makers

Ag information Providers

Page 8: AIP-5 Agriculture SBA Demo Prof. Liping Di Center for Spatial Information Science and Systems George Mason University ldi@gmu.edu.

Credits• Center for Spatial Information Science and Systems, George Mason

University• Chinese Academy of Agricultural Sciences• Tsinghua University, China• National Agricultural Statistics Services, USA• PYXIS• CIESIN, Columbia University, USA• GeoViQua• GEOWOW Arch• GIS-FCU, Taiwan• India Institute of Technology• INCOSE• TUD-GLUES• UNEP-Live• And many more…


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