Titlebook: Valuing Chaparral; Ecological, Socio-Ec Emma C.‘Underwood,Hugh D. Safford,Jon E. Keeley Book 2018 Springer International Publishing AG, par

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Biogeochemical Cycling of Carbon and Nitrogen in Chaparral Dominated Ecosystems,l biological communities to global change drivers. These ecosystems may have a large capacity for carbon storage and sustained carbon sequestration at rates comparable with those of old-growth forests. In other places, chaparral ecosystems may have low pools of carbon and low rates of sequestration.

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Water Provision in Chaparral Landscapes: Water Quality and Water Quantity, limited and quality often degraded, especially during the dry season. This is further exaggerated by diversions and withdrawals for urban, agriculture, and industrial uses, while future climate change could be particularly severe in these highly seasonal climate regions. Arguably, streams and river

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,Connecting Californians with the?Chaparral, factor in a program’s success. We offer an approach to nature education that combines active learning where students participate in the teaching process, and meaningful interpretation that establishes personal connections with nature. The greater understanding resulting from this approach can inspi

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Chaparral Landscape Conversion in Southern California,increases in fire ignitions and the extent of grassland can lead to a positive feedback cycle in which grass promotes fire and shortens the fire-return interval, ultimately extirpating shrub species that are not adapted to short fire intervals. An overlay of a 1930s vegetation map with maps of conte

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Chaparral Restoration,plant invasions, seldom recover passively or at best may be colonized by early successional shrubs. Active restoration, which can include weeding, planting, seeding, treatments to break seed dormancy, and/or stabilizing soil treatments, may be needed in many cases. We review current knowledge of cha

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