Integrated terrestrial-freshwater planning doubles conservation of tropical aquatic species

@article{Leal2020IntegratedTP,
  title={Integrated terrestrial-freshwater planning doubles conservation of tropical aquatic species},
  author={Cec{\'i}lia G. Leal and Gareth D. Lennox and S{\'i}lvio F. B. Ferraz and Joice Ferreira and Toby A. Gardner and James R. Thomson and Erika Berenguer and Alexander Charles Lees and Robert M. Hughes and Ralph MacNally and Luiz Eduardo Oliveira E. Cruz de Arag{\~a}o and Janaina G. de Brito and Leandro Castello and Rachael D. Garrett and Neusa Hamada and Leandro Juen and Rafael Pereira Leit{\~a}o and J{\'u}lio Louzada and Thiago F. Morello and N{\'a}rgila G. Moura and Jorge Luiz Nessimian and Jos{\'e} Max Barbosa Oliveira-Junior and Victor Hugo F. Oliveira and V{\'i}vian C. de Oliveira and Luke Parry and Paulo Santos Pompeu and Ricardo R. C. Solar and Jansen Zuanon and Jos Barlow},
  journal={Science},
  year={2020},
  volume={370},
  pages={117 - 121}
}
Consider both water and land When designing terrestrial reserves, it is common to consider the needs of species and systems from a terrestrial perspective, with an assumption that any freshwater systems will benefit as well. Leal et al. tested this assumption by analyzing data from two locations in the Brazilian Amazon and found that it is far from accurate: Terrestrial systems confer little benefit to freshwater systems (see the Perspective by Abell and Harrison). However, the authors also… 
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