Environment keywords
(environment* OR land grab* OR concession OR acquisition OR natur* OR sustainab* OR energ* OR atmosph* OR resource OR circular* OR planet* OR subsidence OR urbanisation OR urbanization OR artificialisation OR artificialization OR urban sprawl OR smart cit* OR agrarian change OR overfishing OR air OR pollution OR CO2 OR SO2 OR particulate OR particle OR air quality OR haze OR fog OR glaciers OR acidification OR ocean OR waste OR wastewater OR coliform* OR pesticide* OR chemical* OR contamination OR erosion OR salinization OR flood* OR rain* OR storm* OR typhoon OR tsunami OR extreme event* OR drought* OR disaster* OR landslide OR water supply OR hydropower OR water regime change OR freshwater OR irrigation OR groundwater OR arsenic OR climate OR carbon OR GHG OR emission* OR warm* OR dam* OR sanitation OR basic services OR sea level rise OR heat OR temperature OR hazard OR cadmium OR lead OR toxic OR ecosystem OR biodiversity OR genetic diversity OR functional diversity OR flora OR species OR fauna OR biological OR national park OR protected OR mangrove OR deforestation OR conservation OR biosphere OR resources OR coast* OR anthropogenic degradation OR forest* OR wood OR deforestation OR fire* OR reforest* OR mining OR transition OR gas exploitation OR sand OR sediment transport OR timber OR Payments for Ecosystem Service* OR PES OR Sustainable Development Goal* OR SDG*)
We ran the search equations on Web of Science, Science Direct, Wiley Online, Taylor and Francis Online, ProQuest, SpringerLink, SAGE Publications, and JSTOR, adjusting the equation according to the guidelines and limitations of each database, and searching for literature written in English. The searches were entered in the “topic” or “title/abstract/keyword” section whenever possible. Other search exercises were run on various institutional websites. The search included a wide range of topics which helped to build the largest possible net for finding existing literature. There were 1,915 papers collected in total, of which 1,411 were kept after a duplication check. 2.2.
Screening process
Covidence, an online tool, was used for the screening process. Covidence tracks the selection of papers and allows for blind analysis, i.e., readers do not know the decision of other readers. The process began by screening the titles and abstracts; based on these, papers were considered relevant or irrelevant. Every paper was analyzed by two judges: Alexandre Berthe and Pascale Turquet. Each of them reviewed all the 1,411 papers previously found, with search criteria that had been previously discussed. Each judge decided whether the paper was relevant or not. If both considered the same article to be relevant, then it was eligible for a full reading. A paper would be rejected if both judges considered it irrelevant. Opposite choices led to a “conflict” (Figure 5).
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