Start here · Essential guide
The Benefits of Urban Forestry: Trees in the City
A plain introduction to what city trees do for air, stormwater, health and property values, along with their costs, maintenance needs and common nuisances.
Green and Resilient Cities
How city trees are planned, planted and managed for shade, health and climate.
Start here · Essential guide
A plain introduction to what city trees do for air, stormwater, health and property values, along with their costs, maintenance needs and common nuisances.
How cities treat tree canopy as infrastructure: setting canopy goals, budgeting for planting and care, and deciding who gets shaded streets.
How much carbon city trees can realistically store, why that amount is modest, and why shade and cooling are often their larger climate contribution.
How tree shade and evapotranspiration cool hot streets, and how species choice, canopy shape and placement change how much relief trees actually provide.
How to keep and plant trees during construction, from site layout and tree protection fencing to soil volume, root zones and early care after building.
The documents and data behind an urban forest plan: tree inventories, canopy assessments, species diversity targets and long-term management strategies.
Practical street tree planting in renewed corridors: planting pit size, soil quality, irrigation, species choice and the early care that determines survival.
Which city neighborhoods run hottest, why tree cover is distributed unequally, and how targeted planting and care can reduce heat exposure for residents.
How tree management gets built into development decisions: site layout, soil space, required plantings, inspections and who looks after trees over time.
How local tree ordinances try to protect existing trees during construction: permits, protected tree definitions, replacement rules, penalties and trade-offs.
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