NbS Triple Win Toolkit: Implementation Guidance – Executive Summary 108 NbS projects in different ecosystems and biomes provide differentbut broad ranges of monetisable and non-monetisable benefits.For example, peatlands are estimated to store 32 percent of soil carbon on 2.7 percent of the global terrestrial area144, and thus a small project could have a considerable impact on climate change mitigation through Terrestrial production/artificial landscapes Tropical and subtropical forests (dry forest, moist/rainforest, coniferous) Multiple Mangrove Towns and cities Wetlands (inland, i.e. swamp marsh bogs fens, except inland peatlands) Coastal (shoreline, beaches, and dunes, but not mangroves, deltas/estuaries, or saltmarsh) Montane/alpine (forests, grasslands, steppe, shrublands) Streams and rivers Deserts and xeric shrublands Informal settlements Temperate forests (broad leaf, mixed, coniferous) Watershed Aquatic production/artificial landscapes Large Marine Ecosystems – (surface waters, deep-sea, MPAs, integrated coastal to open ocean) Temperate grasslands (savanna, shrubland) Tropical and subtropical grasslands (including savanna, shrublands) Coral reefs Peatland Ponds and lakes (inland) Marine – multiple 0 10 20 30 40 50 Count Ecosystem or biome of NbS projects assessed in ODA-eligible countries carbon storage. The ecosystem or biome of a particular location will be critical to determining the most appropriate intervention type, asa critical factor of the ecological context (See Principle Account forsite-specific and complex dynamic contexts). 60 70 Ecosystem or biome