Prati
Jochen Hack
Jochen Hack
Professor for climate-resilient Urban Water Management, Darmstadt University of Applied Sciences
Potvrđena adresa e-pošte na h-da.de - Početna stranica
Naslov
Citirano
Citirano
Godina
Understanding biodiversity-ecosystem service relationships in urban areas: A comprehensive literature review
N Schwarz, M Moretti, MN Bugalho, ZG Davies, D Haase, J Hack, A Hof, ...
Ecosystem services 27, 161-171, 2017
2432017
Cost-effective optimization of nature-based solutions for reducing urban floods considering limited space availability
A Singh, AK Sarma, J Hack
Environmental processes 7, 297-319, 2020
852020
Comparing the applicability of commonly used hydrological ecosystem services models for integrated decision-support
A Lüke, J Hack
Sustainability 10 (2), 346, 2018
612018
Development and modelling of realistic retrofitted Nature-based Solution scenarios to reduce flood occurrence at the catchment scale
V Chen, JR Bonilla Brenes, F Chapa, J Hack
Ambio 50, 1462-1476, 2021
532021
A conceptual approach to modeling the geospatial impact of typical urban threats on the habitat quality of river corridors
J Hack, D Molewijk, MR Beißler
Remote Sensing 12 (8), 1345, 2020
502020
A methodology for assessing the implementation potential for retrofitted and multifunctional urban green infrastructure in public areas of the global south
T Fluhrer, F Chapa, J Hack
Sustainability 13 (1), 384, 2021
482021
Co-design of experimental nature-based solutions for decentralized dry-weather runoff treatment retrofitted in a densely urbanized area in Central America
M Pérez Rubi, J Hack
Ambio 50 (8), 1498-1513, 2021
432021
Derivation of flow duration curves to estimate hydropower generation potential in data-scarce regions
F Reichl, J Hack
Water 9 (8), 572, 2017
432017
Potential of retrofitted urban green infrastructure to reduce runoff-A model implementation with site-specific constraints at neighborhood scale
CHA Uribe, RB Brenes, J Hack
Urban Forestry & Urban Greening 69, 127499, 2022
402022
A multiple scale, function, and type approach to determine and improve Green Infrastructure of urban watersheds
N Arthur, J Hack
Urban Forestry & Urban Greening 68, 127459, 2022
392022
Planning and governing nature-based solutions in river landscapes: Concepts, cases, and insights
C Albert, J Hack, S Schmidt, B Schröter
Ambio 50 (8), 1405-1413, 2021
392021
Revealing and assessing the costs and benefits of nature-based solutions within a real-world laboratory in Costa Rica
VA Neumann, J Hack
Environmental Impact Assessment Review 93, 106737, 2022
382022
A methodology of policy assessment at the municipal level: Costa Rica´ s readiness for the implementation of nature-based-solutions for urban stormwater management
VA Neumann, J Hack
Sustainability 12 (1), 230, 2019
352019
Highly resolved rainfall-runoff simulation of retrofitted green stormwater infrastructure at the micro-watershed scale
S Towsif Khan, F Chapa, J Hack
Land 9 (9), 339, 2020
342020
A new approach to high-resolution urban land use classification using open access software and true color satellite images
F Chapa, S Hariharan, J Hack
Sustainability 11 (19), 5266, 2019
322019
A combined field and remote-sensing based methodology to assess the ecosystem service potential of urban rivers in developing countries
MR Beißler, J Hack
Remote Sensing 11 (14), 1697, 2019
322019
A multi-parameter method to quantify the potential of roof rainwater harvesting at regional levels in areas with limited rainfall data
F Chapa, M Krauss, J Hack
Resources, Conservation and Recycling 161, 104959, 2020
302020
Beyond demonstrators—tackling fundamental problems in amplifying nature-based solutions for the post-COVID-19 world
B Schröter, J Hack, F Hüesker, C Kuhlicke, C Albert
NPJ Urban Sustainability 2 (1), 4, 2022
292022
Experimenting transition to sustainable urban drainage systems—identifying constraints and unintended processes in a tropical highly urbanized watershed
F Chapa, M Pérez, J Hack
Water 12 (12), 3554, 2020
292020
Economic valuation of ecosystem services for the sustainable management of agropastoral dams. A case study of the Sakabansi dam, northern Benin
CAK Baba, J Hack
Ecological Indicators 107, 105648, 2019
292019
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