Benjamin W. Abbott|Kevin Bishop|Jay P. Zarnetske|Camille Minaudo|F. Stuart Chapin|Stefan Krause|David M. Hannah|Lafe G. Conner|David Ellison|Sarah E. Godsey|Stephen Plont|Jean Marçais|Tamara Kolbe|Amanda Huebner|Rebecca J. Frei|Tyler Hampton|Sen Gu|Madeline Buhman|Sayedeh Sara Sayedi|Ovidiu Ursache|M. C. Chapin|Kathryn Henderson|Gilles Pinay
Human domination of the global water cycle absent from depictions and perceptions
Brigham Young University|Swedish University of Agricultural Sciences|Michigan State University|École Polytechnique Fédérale de Lausanne|University of Alaska Fairbanks|University of Birmingham|University of Birmingham|University Prep|Swedish University of Agricultural Sciences|Idaho State University|Michigan State University|Institut de physique du globe de Paris|Université Paris Cité|French National Centre for Scientific Research|Swedish University of Agricultural Sciences|Brigham Young University|Brigham Young University|Michigan State University|Géosciences Rennes|University of Rennes|French National Centre for Scientific Research|Brigham Young University|Brigham Young University|Institut Agro Rennes-Angers|Soil Agro and Hydrosystems Spatialization|University of Alaska Fairbanks|Water Research Foundation|Urban Community of Lyon|Claude Bernard University Lyon 1
human water use climate change land conversion created water crisis billions individuals many ecosystems worldwide global water stocks fluxes estimated empirically computer models information conveyed policymakers researchers water cycle diagrams compiled synthesis global water cycle compared 464 water cycle diagrams around world although human freshwater appropriation equals half global river discharge 15 water cycle diagrams depicted human interaction water 2 diagrams showed climate change water pollutiontwo central causes global water crisiswhich effectively conveys false sense water security single catchment depicted 95 diagrams precludes representation teleconnections oceanland interactions continental moisture recycling inaccuracies correspond specific dimensions water mismanagement suggest flaws water diagrams reflect reinforce misunderstanding global hydrology policymakers researchers public correct depictions water cycle solve global water crisis reconceiving symbol important step towards equitable water governance sustainable development planetary thinking anthropocene 15 water cycle diagrams include human interaction water although human freshwater appropriation amounts half global river discharge according analysis 464 water cycle diagrams synthesis global water cycle