Spatially-resolved assessment of land and water use scenarios for shale gas development: Poland and Germany

Medientyp: E-Book

Titel: Spatially-resolved assessment of land and water use scenarios for shale gas development : Poland and Germany

Beteiligte: Lavalle, Carlo [Mitwirkende:r]; Rivero, Ines Mari [Mitwirkende:r]; Perez Ballesta, Pascual [Mitwirkende:r]; Baranzelli, Claudia [Mitwirkende:r]; Vandecasteele, Ine [Mitwirkende:r]; Barranco, Ricardo [Mitwirkende:r]; Borowiak, Annette [Mitwirkende:r]; Field, Robert [Mitwirkende:r]; De Roo, Ad [Mitwirkende:r]; Burek, Peter [Mitwirkende:r]; Gawlik, Bernd [Mitwirkende:r]; Pelletier, Nathan [Mitwirkende:r]; Sala, Serenella [Mitwirkende:r]

Körperschaft: European Commission, Joint Research Centre

Erschienen: Luxembourg: Publications Office, 2013

Umfang: 1 Online-Ressource (192 p.); Illustrationen (farbig)

Sprache: Englisch

DOI: 10.2788/94296

ISBN: 9789279325199

Identifikator:

Schlagwörter: natural gas ; gas ; gas industry ; energy research ; environmental protection ; environmental risk prevention ; environmental impact ; chemical product ; water requirements ; Poland ; Germany ; research report

Entstehung:

Anmerkungen: Bibl. : p. 186-188

Beschreibung: Specific technology scenarios regarding water and land use requirements for shale gas development from 2013-2028 were coupled with spatially-resolved water and land availability/demand modeling tools (i.e. using the European Land Use Modelling Platform (LUMP)). Scenario analyses (intended to represent worst-, average- and best-case assumptions) were subsequently implemented that incorporate a subset of the identified variables for shale gas development in the Lower Paleozoic Baltic-Podlasie-Lublin basin in Poland and for Germany as a whole from 2013-2028. We undertook a screening-level risk assessment of potential human and ecosystem health impacts attributable to accidental or operational release of chemicals used in hydraulic fracturing of shale formations, and a qualitative discussion of necessary considerations to support future air quality impact assessments for shale gas development activities.

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