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The LandSense Engagement Platform: Connecting citizens with earth observation data for Land Use and Land Cover Monitoring

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The LandSense Engagement Platform: Connecting

citizens with earth observation data for Land Use and Land Cover Monitoring

Inian Moorthy

1

, Linda See

1

, Matej Bati č

2

, Andreas Matheus

3

, Grega Mil č inski

2

, Steffen Fritz

1

1International Institute for Applied Systems Analysis (IIASA), Laxenburg, Austria

2Sinergise, Ljubljana, Slovenia

3Secure Dimensions GmbH, Munich, Germany

Motivation

Realize

the combined potential of citizen science and earth observation to improve the way we see, map and understand the world

Improve

the quality of earth observation-based Land Use & Land Cover (LULC) maps/products

Demonstrate

the value of satellite data to citizens while promoting environmental stewardship

LandSense Engagement Platform

•LANDSENSE CAMPAIGNS

•MOBILE APPLICATIONS

•CHANGE DETECTION SERVICE

•QUALITY ASSURANCE SERVICE

•LANDSENSE CAMPAIGNER

•LULC REFERENCE DATASETS

•LANDSENSE IDENTITY MANAGEMENT CITIZENS

RESEARCHERS POLICY

MAKERS INDUSTRIES

& SMEs NGOs

•IN-SITU

•AUTHORITATIVE

•OPEN ACCESS

•EARTH OBSERVATIONS COMMUNITIES

RESOURCES & DATA LAYERS

LANDSENSE ENGAGEMENT PLATFORM

Duration:

September, 2016 - August, 2020

Coordinator:

Steffen Fritz - fritz@iiasa.ac.at

International Institute for Applied Systems Analysis

Website:

www.landsense.eu

Contact:

info@landsense.eu

@LandSense

18 Partner Institutions

9 Countries

Participatory Process

Overcome the conventional top-down approach used in EO-based mapping

Involve citizens and interested experts to crowdsource the required information using a more participatory approach

Engage people in various tasks (i.e. ground-based observations and on-line interactive mapping) through a citizen-powered observatory

A service platform where citizens can participate in various LULC-related data collection campaigns and relevant stakeholders can register new applications to exploit existing LandSense services

The platform employs a federated approach to support many different login providers (e.g. Google, Facebook, eduGAIN organizations) to promote the awareness, outreach, uptake and ultimately the science of citizen science

Citizens can participate in ongoing LandSense pilots (e.g. green space & biodiversity monitoring) using their own devices (e.g. mobile phones and tablets), through

interactive mapping, as well as launch their own campaigns

1. Ground-based observations

Urban green space monitoring in Vienna

2. Online interactive mapping

Use the power of crowdsourcing to validate LULC maps via mapathons

3. Register your app and use our services

LandSense Campaigner Change Detection

Quality Assurance

How to Get Involved?

Biodiversity threat monitoring in Spain & Indonesia

This project has received funding from the European Union’s Horizon 2020 Research and Innovation Programme under grant agreement No 689812.

Integrate satellite-based change maps into your app for up-to-date environmental monitoring

Assess the quality of citizen contributions to create robust and reliable datasets

Launch your own citizen science campaign and mobilize the LandSense community

Referenzen

ÄHNLICHE DOKUMENTE

situ Land Cover and Land Use Data for Calibration and Validation.. EARSel Symposium July 2 |

Inian Moorthy, Linda See, Matej Batič, Andreas Matheus, Grega Milčinski, Steffen Fritz.. The ESA Earth Observation Φ-week EO Open Science

Inian Moorthy, Tobias Sturn, Dilek Fraisl, Mathias Karner, Juan Carlos Laso Bayas, Linda See, Ian McCallum..

This chapter outlines an automated methodology for creating LULC maps using the nomenclature of two European LULC products: the Urban Atlas (UA) and CORINE Land Cover (CLC)..

A comparison of the control data provided for each campaign (i.e. either of the three expert choices) against the crowdsourced data for the primary land cover class resulted in

Build the LandSense engagement platform for the collection, integration, management, and contextualized presentation of LULC information by key stakeholders (i.e. extending

Although the most detailed and challenging classes were more difficult for untrained citizens to recognize, the agreement between the crowdsourced data and the LUCAS data for basic

Demonstrate the quality, confidence and added value of in-situ citizen-driven observations and citizen engagement for improved LULC monitoring via three demonstration cases