Energy-landscape Nexus: Advancing a conceptual framework for the design of sustainable energy landscapes

Research output: Chapter in Book/Report/Conference proceedingConference paperAcademicpeer-review

Abstract

For some time now, the concept of “energy landscape” is discussed in academia while more and more practising landscape architects contribute to the siting, designing, and assessment of renewable energy technologies (see Stremke et al. 2012). Yet, there remains some ambiguity what exactly is meant with “energy landscape” and, most importantly, how to shape landscapes that do not merely accommodate renewable energy technologies but that can be considered sustainable. The latter knowledge gap has been described as following: “While the desirability of renewable energy is not in doubt, comprehensive assessments of its sustainability … are, at present, not generally carried out” (Blaschke et al. 2013, 2). Prominent examples of the “clash between local rights to landscape and the more global logic of progress towards a low carbon economy” (van der Horst and Vermeylen 2011, 467) are the growing opposition against wind turbines and solar parks. Energy transition is indeed challenged by socio-economic forces but also, unfortunately, characterized by a lack of scrutiny when it comes to the notion of sustainability. German policy makers, for example, recently concluded that solar parks on farmland compete with food production, can therefore not be considered sustainable and should consequently receive lower feed-in tariffs. Could we not have anticipated this adverse effect of renewable energy provision on other ecosystem services before, based on solid science and experiences elsewhere? This paper is based on literature research, questionnaires, expert interviews and findings from research and design projects in the Netherlands.
Original languageEnglish
Title of host publicationProceedings of the ECLAS Conference 2013
EditorsC. Sörensen, K. Liedtke
Pages392-397
Publication statusPublished - 2013
EventECLAS Conference 2013, Hamburg Germany -
Duration: 22 Sep 201325 Sep 2013

Conference

ConferenceECLAS Conference 2013, Hamburg Germany
Period22/09/1325/09/13

Fingerprint

conceptual framework
energy
sustainability
horst
wind turbine
food production
ecosystem service
agricultural land
carbon
energy technology

Cite this

Stremke, S. (2013). Energy-landscape Nexus: Advancing a conceptual framework for the design of sustainable energy landscapes. In C. Sörensen, & K. Liedtke (Eds.), Proceedings of the ECLAS Conference 2013 (pp. 392-397)
Stremke, S. / Energy-landscape Nexus: Advancing a conceptual framework for the design of sustainable energy landscapes. Proceedings of the ECLAS Conference 2013. editor / C. Sörensen ; K. Liedtke. 2013. pp. 392-397
@inproceedings{7fb1a1ac55a4450b88967daba1c36e89,
title = "Energy-landscape Nexus: Advancing a conceptual framework for the design of sustainable energy landscapes",
abstract = "For some time now, the concept of “energy landscape” is discussed in academia while more and more practising landscape architects contribute to the siting, designing, and assessment of renewable energy technologies (see Stremke et al. 2012). Yet, there remains some ambiguity what exactly is meant with “energy landscape” and, most importantly, how to shape landscapes that do not merely accommodate renewable energy technologies but that can be considered sustainable. The latter knowledge gap has been described as following: “While the desirability of renewable energy is not in doubt, comprehensive assessments of its sustainability … are, at present, not generally carried out” (Blaschke et al. 2013, 2). Prominent examples of the “clash between local rights to landscape and the more global logic of progress towards a low carbon economy” (van der Horst and Vermeylen 2011, 467) are the growing opposition against wind turbines and solar parks. Energy transition is indeed challenged by socio-economic forces but also, unfortunately, characterized by a lack of scrutiny when it comes to the notion of sustainability. German policy makers, for example, recently concluded that solar parks on farmland compete with food production, can therefore not be considered sustainable and should consequently receive lower feed-in tariffs. Could we not have anticipated this adverse effect of renewable energy provision on other ecosystem services before, based on solid science and experiences elsewhere? This paper is based on literature research, questionnaires, expert interviews and findings from research and design projects in the Netherlands.",
author = "S. Stremke",
year = "2013",
language = "English",
pages = "392--397",
editor = "C. S{\"o}rensen and K. Liedtke",
booktitle = "Proceedings of the ECLAS Conference 2013",

}

Stremke, S 2013, Energy-landscape Nexus: Advancing a conceptual framework for the design of sustainable energy landscapes. in C Sörensen & K Liedtke (eds), Proceedings of the ECLAS Conference 2013. pp. 392-397, ECLAS Conference 2013, Hamburg Germany, 22/09/13.

Energy-landscape Nexus: Advancing a conceptual framework for the design of sustainable energy landscapes. / Stremke, S.

Proceedings of the ECLAS Conference 2013. ed. / C. Sörensen; K. Liedtke. 2013. p. 392-397.

Research output: Chapter in Book/Report/Conference proceedingConference paperAcademicpeer-review

TY - GEN

T1 - Energy-landscape Nexus: Advancing a conceptual framework for the design of sustainable energy landscapes

AU - Stremke, S.

PY - 2013

Y1 - 2013

N2 - For some time now, the concept of “energy landscape” is discussed in academia while more and more practising landscape architects contribute to the siting, designing, and assessment of renewable energy technologies (see Stremke et al. 2012). Yet, there remains some ambiguity what exactly is meant with “energy landscape” and, most importantly, how to shape landscapes that do not merely accommodate renewable energy technologies but that can be considered sustainable. The latter knowledge gap has been described as following: “While the desirability of renewable energy is not in doubt, comprehensive assessments of its sustainability … are, at present, not generally carried out” (Blaschke et al. 2013, 2). Prominent examples of the “clash between local rights to landscape and the more global logic of progress towards a low carbon economy” (van der Horst and Vermeylen 2011, 467) are the growing opposition against wind turbines and solar parks. Energy transition is indeed challenged by socio-economic forces but also, unfortunately, characterized by a lack of scrutiny when it comes to the notion of sustainability. German policy makers, for example, recently concluded that solar parks on farmland compete with food production, can therefore not be considered sustainable and should consequently receive lower feed-in tariffs. Could we not have anticipated this adverse effect of renewable energy provision on other ecosystem services before, based on solid science and experiences elsewhere? This paper is based on literature research, questionnaires, expert interviews and findings from research and design projects in the Netherlands.

AB - For some time now, the concept of “energy landscape” is discussed in academia while more and more practising landscape architects contribute to the siting, designing, and assessment of renewable energy technologies (see Stremke et al. 2012). Yet, there remains some ambiguity what exactly is meant with “energy landscape” and, most importantly, how to shape landscapes that do not merely accommodate renewable energy technologies but that can be considered sustainable. The latter knowledge gap has been described as following: “While the desirability of renewable energy is not in doubt, comprehensive assessments of its sustainability … are, at present, not generally carried out” (Blaschke et al. 2013, 2). Prominent examples of the “clash between local rights to landscape and the more global logic of progress towards a low carbon economy” (van der Horst and Vermeylen 2011, 467) are the growing opposition against wind turbines and solar parks. Energy transition is indeed challenged by socio-economic forces but also, unfortunately, characterized by a lack of scrutiny when it comes to the notion of sustainability. German policy makers, for example, recently concluded that solar parks on farmland compete with food production, can therefore not be considered sustainable and should consequently receive lower feed-in tariffs. Could we not have anticipated this adverse effect of renewable energy provision on other ecosystem services before, based on solid science and experiences elsewhere? This paper is based on literature research, questionnaires, expert interviews and findings from research and design projects in the Netherlands.

M3 - Conference paper

SP - 392

EP - 397

BT - Proceedings of the ECLAS Conference 2013

A2 - Sörensen, C.

A2 - Liedtke, K.

ER -

Stremke S. Energy-landscape Nexus: Advancing a conceptual framework for the design of sustainable energy landscapes. In Sörensen C, Liedtke K, editors, Proceedings of the ECLAS Conference 2013. 2013. p. 392-397