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A Daily Time-Step Hydrological-Energy-Biomass Model to Estimate Green Roof Performances Across Europe to Support Planning and Policies

AuthID
P-00Z-XG3

Author(s)

Quaranta, E

Arkar, C

Branquinho, C

Cristiano, E

Carvalho, RCD

Dohnal, M

Gnecco, I

Gossner, D

Jelinkova, V

Maucieri, C

[+4]·

Palla, A

Piro, P

Serrano, HC

Soulis, KX

Turco, M

Van Renterghem, T

Varela, Z

Viola, F

Zanin, G

Pistocchi, A

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Document Type

Article

Year published

2024

Published

in URBAN FORESTRY & URBAN GREENING, ISSN: 1618-8667

Volume: 93, Pages: 128211 (14)

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Publication Identifiers

DOI: 10.1016/j.ufug.2024.128211

SCOPUS: 2-s2.0-85184044082

Wos: WOS:001181850500001

Source Identifiers

ISSN: 1618-8667

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All authors

Name Order	Name	Name Order	Name	Name Order	Name
1	Quaranta, E;	2	Arkar, C;	3	Branquinho, C;
4	Cristiano, E;	5	Carvalho, RCD;	6	Dohnal, M;
7	Gnecco, I;	8	Gossner, D;	9	Jelinkova, V;
10	Maucieri, C;	11	Mohri, M;	12	Nektarios, PA;
13	Ntoulas, N;	14	Palermo, SA;	15	Palla, A;
16	Piro, P;	17	Serrano, HC;	18	Soulis, KX;
19	Turco, M;	20	Van Renterghem, T;	21	Varela, Z;
22	Viola, F;	23	Zanin, G;	24	Pistocchi, A;

A Daily Time-Step Hydrological-Energy-Biomass Model to Estimate Green Roof Performances Across Europe to Support Planning and Policies

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A Daily Time-Step Hydrological-Energy-Biomass Model to Estimate Green Roof Performances Across Europe to Support Planning and Policies

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