What if? modelling with CLC/LEAC/CORILIS Attempt at mapping areas prone to agriculture intensification (What if? Agro-fuel scenario) Case of fallow land/set.

Slides:

Advertisements

Similar presentations

Applications jlw, 17 February INDEXES OF TEMPERATURE IN NATURA 2000 SITES.

Advertisements

Overview at the European scale of potential impacts of TEN-T axes on core areas of nature protection and landscape connectivity – neighbourhood analysis.

Land Cover in Europe lessons learned from CORINE land cover and new perspectives European Environment Agency (EEA) Markus Erhard.

Building of Research Team in the Field of Environmental Modeling and the Use of Geoinformation Systems with the Consequence in Participation in International.

Landscape Hazard Assessment Past Approaches and Current Modeling Tools.

What if? Agro-fuel scenario Case of fallow land/set aside at risk of re-intensification Version 0.01 _ zoom on Czech Republic What if? modelling.

Marta Pérez-Soba Han Naeff Janneke Roos Wim Nieuwenhuizen Alterra, The Netherlands Haarlem, 22nd March 2002 Use of national data to improve the localisation.

1 of 30 1 st Derivative The formula for the 1 st derivative of a function is as follows: It’s just the difference between subsequent values and measures.

WATER- “ The Source of Life”  All the water that will ever be is, right now. -National Geographic  Water has become a highly precious resource. There.

1 REGIO gis The use of geostatistics for the analysis of Europe’s regions Hugo Poelman European Commission – DG Regional Policy

FORECOM Project meeting May 2014 Forest cover change modelling: future scenarios.

The earth at night Source:

Current use of spatial reference grids in European Environment Agency

Spatial data for integrated assessment of urban areas Andrus Meiner European Forum for Geostatistics 12 October 2011, Lisbon.

Efficient/ non efficient use of ecosystem resources: first results from ecosystem capital accounts Jean-Louis Weber & Emil Ivanov.

The Implementation of Land and Ecosystem Accounts in Europe Towards integrated land and ecosystem accounting Roy Haines-Young, University of Nottingham.

1 Expert workshop on components of EEA Ecosystem Capital Accounts (ECA) Focus on biomass carbon and biodiversity data 24/03/2015.

CZECH STATISTICAL OFFICE | Na padesátém 81, Prague 10 | czso.cz1/16 Ondřej Nývlt, Ilona Nováková, Lukáš Savko EFFECTIVE DISTRIBUTION OF SAMPLE OVER.

Session ‘Governing effective land use using environ. accounting approaches’ Harmonised geo-spatial information for improved land governance Geertrui.

Corine land cover, Land accounts and scenario development An introduction Jean-Louis Weber & Ferràn Paramo 26 February 2003.

Resource efficiency indicators: material resource use and ecosystem capital maintenance Jean-Louis Weber Special Adviser Economic-Environmental Accounting.

Presentation of Land Accounts JLW. LEAC Home Introduction to land accounts Nomenclatures and definitions Spatial Assessments Builder Methodology, bibliography.

Vulnerability & Risk Hazard Mapping

EEA 2006 Accounts Update Tables. PART 1 Table 1.1: Classifying land cover and land cover change for land accounting.

CBD COP10 Nagoya - World Bank Global Partnership for Ecosystem Valuation 25 October 2010 The Ecosystem Capital Accounts Fast Track Implementation Project.

Integrating biodiversity measurements, assessments and policy responses in an ecosystem capital accounting framework. J-L Weber, R. Spyropoulou, A.T. Peterson.

JRC-AL – Bonn on Disaggregation of CAPRI results Renate Köble Adrian Leip.

Review of the ecosystem condition account

European Environment Agency Land and Ecosystem Accounting 2008 Demonstration of Agro-Fuel and Urban Intensification Modelling Scenarios using Existing.

1 Land accounts in Europe – current state and outlook Land accounts 01/10/2015 Daniel Desaulty

Land Pools & Conversion Near-term: Update the GTAP land cover database Reduce the area of inaccessible forest Update area of ecosystem types using satellite-

2011 IEEE International Geoscience and Remote Sensing Symposium (IGARSS) Aihua Li Yanchen Bo

Biomass Energy Dan Crowe 24 th February Potential uses for Biomass Electricity generation Co-firing in power stations Space and water heating Transport.

NERI Roskilde Tuesday, May 18 th 2004 EEA activities and projects on spatial analysis and land accounting Jean-Louis Weber, EEA LANDSCAPE EUROPE Seminar.

Implementation of Simplified Ecosystem Capital Accounts for Europe Jean-Louis Weber Adviser to the European Environment Agency on Economic-Environmental.

Accounting for ecosystems & biodiversity at the EEA Jean-Louis Weber Environmental accounting / Spatial analysis.

Land accounts at the EEA Jean-Louis Weber & Ferràn Paramo 3 February 2004.

What if? prospects based on Corilis Alex Oulton, Manuel Winograd Ronan Uhel & Jean-Louis Weber LAND QUICK SCAN INTERFACE: Challenges and needs Internal.

The concept of the integrated spatial platform for land, water and biodiversity Ronan Uhel.

Water.europa.eu Floods Reporting Drafting Group Progress report WG D Maria Brättemark WFD Team, DG ENV.D.1, European Commission.

Modelling with CORILIS Change in land cover patterns, landscape ecological potential & “temperatures” on N2000, river basins and UMZ Wire frame and examples.

‘Beyond GDP’ accounting and climate change Professor Jacqueline McGlade Executive Director, European Environment Agency Copenhagen side event Climate change,

3rd EIONET workshop on Climate Change Impacts, Vulnerability and Adaptation EEA, 30 June 2009 SEBI 2010, climate change and connectivity Katarzyna Biała.

Land Use and Spatial Planning in Biodiversity 2020 Strategy EIONET Interest Group on Land Use and Spatial Planning Sep Markus Erhard, European.

Land Use Theory. Johann Heinrich vonThunen  German economist and landowner  Studied the spatial patterns of agricultural activities around Rostock,

Markus Erhard European Environment Agency (EEA) 1. Introduction:

1 Ecological landscape connectivity (corridors) Gebhard Banko EEA: Jean-Louis Weber ETC/TE: Ferran Paramo, Oscar Gomez, Stefan Kleeschulte Alterra: Sander.

Felix Müller, Ingo Zasada, Regine Berges (ZALF) Klaus Müller, Armin Werner, Verena Toussaint, Annette Piorr Linking European Land Use Change and Landscape.

Combating Land Degradation: the Potential of Soil Reconversion

Land accounts at the EEA

Jean-Louis Weber & Emil Ivanov

Markus Erhard European Environment Agency (EEA) 1. Introduction:

Copenhagen 31 January 2008 Wind energy potential in Europe Methodology Hans Eerens MNP Netherlands.

Accounting for ecosystem costs and benefits at different scales…

Photo credit: Radha Muthiah

Towards a Pan European ecosystem assessment

سياسات التوزيع الفصل السادس عشر.

The GISCO task force “Remote Sensing for Statistics”

Development of a methodological framework (EEA contributions)

Selected maps of land cover change in Europe produced from land accounts based on Corine land cover Vol.1: Trends in agriculture and urban.

Land and Ecosystems Accounts (LEAC) &

Environmental Challenges and Safeguard Needs

EEA contributions to implementation of BD2020 Strategy

What if? prospects based on Corilis

Copenhagen 31 January 2008 Wind energy potential in Europe Uncertainties and knowledge gaps Hans Eerens MNP Netherlands.

Outline The 2010 Baseline – Rubicode matrix

Focus on practical test cases in the MAES context

Corine Land Cover and Land & Ecosystem Accounting tools

Geospatial data for cities and FUAs: state of play and opportunities

Copernicus Urban Atlas: an update

Presentation transcript:

What if? modelling with CLC/LEAC/CORILIS Attempt at mapping areas prone to agriculture intensification (What if? Agro-fuel scenario) Case of fallow land/set aside 1990-2000 at risk of re-intensification Version 0.01 _ zoom on Czech Republic Corilis is the computation in a regular grid of CLC values in and in the neighbourhood of each cell (in the application: radius of 5km. Ref.: EEA 2006, Land accounts for Europe 1990-2000 B A Areas prone to agriculture intensification driven by the agro-fuel demand are assumed to be: with a minimum of 20% of agriculture potential (~UAA)  mountains, urban areas, large forests… are excluded. with a higher potential for conversion when the 2 agriculture types are balanced (very intensive areas will not intensify any more, very extensive areas result probably from relief and climate conditions which will restrict intensification) For each grid cell of 1km², the formula retained is therefore: Conversion Potential = Potential (A-B)* Potential (A+B), when Potential (A+B) > 20. Value normalised to 0 to 100 Several What if? applications have been derived from the methodology (report forthcoming…). Case of fallow land/set aside 1990-2000 at risk of re-intensification, 1st test maps: Areas prone to intensification (in GREY) AND fallow land set aside mapped from LEAC flow lcf41 (in GREEN). Fallow land/set aside at risk of re-intensification are in RED. (RED = GREY+GREEN) At this stage, this is a distribution map, not yet a statistical quantification 1st DRAFT 22 Sept 2008

What if? modelling with CLC/LEAC/CORILIS Attempt at mapping areas prone to agriculture intensification (What if? Agro-fuel scenario) Case of fallow land/set aside 1990-2000 at risk of re-intensification Version 0.01 1st DRAFT 22 Sept 2008

What if? modelling with CLC/LEAC/CORILIS Attempt at mapping areas prone to agriculture intensification (What if? Agro-fuel scenario) Case of fallow land/set aside 1990-2000 at risk of re-intensification Version 0.01 1st DRAFT 22 Sept 2008

What if? modelling with CLC/LEAC/CORILIS Attempt at mapping areas prone to agriculture intensification (What if? Agro-fuel scenario) Case of fallow land/set aside 1990-2000 at risk of re-intensification Version 0.01 1st DRAFT 22 Sept 2008

What if? modelling with CLC/LEAC/CORILIS Attempt at mapping areas prone to agriculture intensification (What if? Agro-fuel scenario) Case of fallow land/set aside 1990-2000 at risk of re-intensification Version 0.01 1st DRAFT 22 Sept 2008