01657naa a2200301 a 450000100080000000500110000800800410001902400540006010000180011424500720013226000090020452008150021365000150102865300160104365300240105965300190108365300210110265300170112370000190114070000140115970000200117370000180119370000120121170000180122370000140124170000190125577300810127421095772020-01-07       2019    bl uuuu     u00u1 u    #d7 ahttps://doi.org/10.1016/j.cosust.2019.05.0042DOI1 aMUNROE, D. K.  aGoverning flows in telecoupled land systems.h[electronic resource]  c2019  aThe increasing global interconnectivity influencing land system change bringswithitnew challengesfor land-systemscience.We evaluate whether recent land-system science (LSS) research into telecoupling provides a basis to set normative goals or priorities for addressing sustainability in coupled human-natural systems. We summarize the challenges for sustainability in an increasingly telecoupled world, particularly the coordination of multisited, multiscalar networks of public and private sector actors. Transnational flows of capital, commodities, energy, people, and waste often span multiple territorial jurisdictions. Thus, effective governance of such systems requires attention to collective decision-making and negotiation among governments, firms, land users, consumers, financial actors, and others.  aGovernance  aGovernança  aLand-system science  aSustainability  aSustentabilidade  aTelecoupling1 aBATISTELLA, M.1 aFRIIS, C.1 aGASPARRI, N. I.1 aLAMBIN. E. F.1 aLIU, J.1 aMEYFROIDT, P.1 aMORAN, E.1 aNIELSEN, J. O.  tCurrent Opinion in Environmental Sustainabilitygv. 38, p. 53-59, June 2019.