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Keywordsplanted trees; i-Tree Streets; tree survival; tree growth; tree benefits; ecosystem services; drought tolerance; mixed models; standardized precipitation-evapotranspiration index; superposed epoch analysis; urban trees; growing space requirements; metropolises; tree allometry; tree growth dynamics; urban trees; biomass; park; riverside; roadside; settlement; soil carbon sequestration; tree diversity; subdivision development; suburb; native; non-native; biodiversity; urban forest composition; regional diversity; forest inventory and analysis; ecological homogenization; basal area; urban forest biomass; spatial analysis; urban tree growth; urban forest mortality; Forest to urban developed land cover change; urbanization; conterminous U.S.; ecoregions; remote sensing; periurban forests; carbon offsets; ecosystem service mapping; Colombia; remote sensing; vegetation indices; biodiversity; connectivity; preference ratio; street trees; tree size; urban; urban ecology; urban forests; multi-taxonomic analysis; Neotropics; Mexico; urbanization; species-area relationships; turnover rates; greenspace management; assemblage; urban areas; PM10 deposition; urban forests; remote sensing and GIS; tree functional traits; climate change; equity; Portland; socioeconomics; urban forests; well-being; carbon storage; SOC density; urban-rural gradients; soil carbon; Harbin; indicators; urban forest; Delphi; urban design; green infrastructure; climate change; ecosystem services; media analysis; mediated conflicts; framing; newspaper; urban tree cut; urban ecology; urban landscape; climate change adaptation; climate change mitigation; tree canopy cover; urban planning
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