14. Acknowledgements¶

14.1. Contributors¶

Name	Affiliation	Contributions	Versions	Remarks
Prof Sue Grimmond	University of Reading, UK; prior: Indiana University, USA, King’s College London, UK, University of British Columbia, Canada	OHM, Evaporation-Interception, Resistances, NARP, irrigation, anthropogenic heat, etc	v2011b – v2019a	Team Leader
Dr Ting Sun	University of Reading, UK	AnOHM; Documentation system; WRF-SUEWS coupling; SuPy (python wrapper of SUEWS)	v2017b – v2019a	Current Lead Developer
Dr Leena Järvi	University of Helsinki, Finland	Snow-related physics; Anthropogenic emission calculation, CO2	v2011b – v2019a	Lead Developer of v2011b – v2014b
Dr Helen Ward	University of Reading, UK	OHM improvement; Resistance calculation; Anthropogenic heat calculation	v2016a - v2017b	Lead Developer of v2016a - v2017
Dr Fredrik Lindberg	Göteborg University, Sweden	UMEP-related work, NARP, ESTM	v2011b – v2019a	Lead Developer of UMEP
Dr Hamidreza Omidvar	University of Reading, UK	WRF-SUEWS coupling; Documentation system	v2018c – v2019a	Major contributor to WRF(v4.0)-SUEWS(v2018c) coupling
Minttu P. Havu	University of Helsinki, Finland	CO2	v2018c – v2019a
Dr Zhenkun Li	Shanghai Climate Centre, China	WRF-SUEWS coupling	v2018b – v2018c	Major contributor to WRF(v3.9)-SUEWS(v2018b) coupling
Yihao Tang	University of Reading, UK	Stability, air temperature	v2018b - v2018c
Dr Shiho Onomura	Göteborg University, Sweden	BLUEWS, ESTM	v2016a
Dr Thomas Loridan	King’s College London, UK	NARP	v2011a
Dr Brian Offerle	Indiana University, USA	ESTM, NARP	v2011a

14.2. Dependency Libraries¶

Note

We gratefully acknowledge the libraries/code that SUEWS uses as dependency and greatly appreciate their developers for the excellent work. Please let us know if any inapproriate use of these code and we will remove/modify the related parts accordingly.

Library	Remarks
datetime-fortran	date and time related processsing
minpack	AnOHM-related sinusoidal curve fitting
Recursive Fortran 95 quicksort routine	netCDF output for QGIS-compliant grid layout
Fortran Strings Module by Dr George Benthien	string processing

14.3. Funding¶

Note

The following grants are acknowledged for their contribution to model development (D) and/or supportive observations (O).

Funder	Project	D , O
NERC	APEx	D
NERC	COSMA NE/S005889/	D
UKRI	GCRF Urban Disaster Risk Hub	D
Newton/Met Office	CSSP-China (AJYG-DX4P1V HRC,AJYF-2GLAMK EUN, others)	D, O
NERC	ClearfLo Clean Air for London NE/H003231/1	O
NERC/Belmont	TRUC NE/L008971/1, G8MUREFU3FP-2201-075	D, O
EPSRC	LoHCool Low carbon climate-responsive Heating and Cooling of Cities EP/N009797/1	D
NERC	Independent Research Fellowship	D
NSF	BCS-0095284, ATM-0710631, BCS-0221105	D, O
EPSRC	Data Assimilation for the REsilient City (DARE) EP/P002331/1	O
Royal Society/Newton	Mobility funding	O
H2020	UrbanFluxes (637519)	D, O
EUf7	BRIDGE (211345)	D, O
EUf7	emBRACE (283201)	D, O
University of Reading	Sue Grimmond	O, D
KCL	Sue Grimmond	O
EPSRC	EP/I00159X/1 EP/I00159X/2 Materials Innovation Hub: Connecting Materials Culture to Materials Science	O
NERC	Field Spectroscopy Facility (FSF) 616.1110 Investigating the Urban Energy Balance of London	O
EUf7	MEGAPOLI 212520	D
NERC	Airborne Remote Sensing Facility & Field Spectroscopy Facility (GB08/19)	O
CFCAS	Environmental Prediction for Canadian Cities	D, O