Data for nocturnal plant respiration is under strong non-temperature control

  • Dan Bruhn (Ophavsperson)
  • Freya R Newman (Ophavsperson)
  • Matilda Hancock (Ophavsperson)
  • Peter Povlsen (Ophavsperson)
  • Martijn Slot (Ophavsperson)
  • Stephen Sitch (Ophavsperson)
  • John Drake (Ophavsperson)
  • Graham P. Weedon (Ophavsperson)
  • Douglas B. Clark (Ophavsperson)
  • Majken Pagter (Ophavsperson)
  • Richard J. Ellis (Ophavsperson)
  • Mark G. Tjoelker (Ophavsperson)
  • Kelly M. Andersen (Ophavsperson)
  • Zorayda Restrepo Correa (Ophavsperson)
  • Patrick C. McGuire (Ophavsperson)
  • Lina M. Mercado (Ophavsperson)



Data set contains 1- Annual output (2000-2018) of simulated plant respiration and net primary productivity from JULES with standard (Q10=2) and temperature dependent Q10 (TDQ10) with and without incorporation of nocturnal non-temperature control of respiration. Related readme file is included (Readme JULES output.txt). 2-Python code ( and data sets (Source to produce all manuscript figures including supplementary material. Readme file is included within
Dato for tilgængelighed31 aug. 2022