Disturbance and Plant Succession in the Mojave and Sonoran Deserts of the American Southwest

Нарушения и сукцессия растительности в пустынях Мохаве и Сонора на юго-западе США
Scott R. Abella
2010-03-25

Mojave DesertSonoran Desertdisturbance recoveryplant successionvegetation reestablishment
Disturbances such as fire, land clearing, and road building remove vegetation and can have major influences on public health through effects on air quality, aesthetics, recreational opportunities, natural resource availability, and economics. Plant recovery and succession following disturbance are poorly understood in arid lands relative to more temperate regions. This study quantitatively reviewed vegetation reestablishment following a variety of disturbances in the Mojave and Sonoran Deserts of southwestern North America. A total of 47 studies met inclusion criteria for the review. The time estimated by 29 individual studies for full reestablishment of total perennial plant cover was 76 years. Although long, this time was shorter than an estimated 215 years (among 31 individual studies) required for the recovery of species composition typical of undisturbed areas, assuming that recovery remains linear following the longest time since disturbance measurement made by the studies.
1
Disturbances including fire, land clearing, and road construction can produce prolonged ecological effects in arid desert ecosystems.
2
Full reestablishment of total perennial plant cover was estimated to require 76 years, based on 29 individual studies.
3
Recovery of species composition characteristic of undisturbed areas was estimated to require 215 years across 31 studies.
4
Species-composition recovery substantially lagged perennial-cover recovery, assuming linear recovery beyond the longest measurement periods.
5
The review included 47 studies quantitatively evaluating vegetation reestablishment after diverse disturbances in the Mojave and Sonoran Deserts.

Vegetation in the Mojave and Sonoran Deserts following fire, land clearing, road building, and other disturbances

Post-disturbance vegetation reestablishment and succession, including recovery times for total perennial plant cover and species composition

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2010-03-25
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Scott R. Abella
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