Erratum to: The impact of climate change on California’s ecosystem services

Shaw, M. Rebecca; Pendleton, Linwood H.; Cameron, D. Richard; Morris, Belinda; Bachelet, Dominique; Klausmeyer, Kirk R.; MacKenzie, Jason B.; Conklin, David R.; Bratman, Gregory N.; Lenihan, James M.; Haunreiter, Erik; Daly, Christopher; Roehrdanz, Patrick R.

doi:10.1007/s10584-011-0384-2

Cited by 3 publications

(4 citation statements)

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“…Given the past century of warming in California (Cordero, Kessomkiat, Abatzoglou, & Mauget, 2011) and a future of expected climate warming, California's cold-limited annual range may become more productive during future wet years compared with historic wet years but mid-season droughts and species-specific responses may muddy this relationship. For instance, a climate change impact study on California rangeland ecosystem services forecasted decreasing range productivity in the future but did not consider the possible positive effect of warming temperatures-only possible changes in precipitation patterns (Shaw et al, 2011). Some recent efforts to forecast climate change impacts on California rangelands have overlooked temperature effects or midseason droughts on range production.…”

Section: Implications Of a Changing Climatementioning

confidence: 99%

“…Some recent efforts to forecast climate change impacts on California rangelands have overlooked temperature effects or midseason droughts on range production. For instance, a climate change impact study on California rangeland ecosystem services forecasted decreasing range productivity in the future but did not consider the possible positive effect of warming temperatures-only possible changes in precipitation patterns (Shaw et al, 2011). In contrast, a modeling study of climate change impacts on rangeland in the San Francisco Bay Area estimated that by the end of the 21st century, the region will produce 24%-40% more forage, but during seasons that are two weeks shorter (Chaplin-Kramer & George, 2013).…”

Section: Aspect Effect On Soil Moisturementioning

confidence: 99%

“…Improvements in predicting range forage production could help range managers adjust stocking rates to match available forage and leave sufficient residual dry matter for sustainable regeneration of California's annual grasslands (Bartolome, Frost, & McDougald, 2006). Climate change is expected to negatively impact southwestern US rangeland production (Reeves, Bagne, & Tanaka, 2017;Reeves, Moreno, Bagne, & Running, 2014), including most of California (Shaw et al, 2011). Climate change is expected to negatively impact southwestern US rangeland production (Reeves, Bagne, & Tanaka, 2017;Reeves, Moreno, Bagne, & Running, 2014), including most of California (Shaw et al, 2011).…”

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confidence: 99%

“…Additionally, these predictions could be used to better understand possible climate change impacts on range production, informing long-term land planning by the livestock industry and local land management agencies. Climate change is expected to negatively impact southwestern US rangeland production (Reeves, Bagne, & Tanaka, 2017;Reeves, Moreno, Bagne, & Running, 2014), including most of California (Shaw et al, 2011). However, model projections for San Francisco Bay Area rangelands indicated that climate change could bring increased productivity but a shorter growing season (Chaplin-Kramer & George, 2013).…”

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confidence: 99%

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Microclimate–forage growth linkages across two strongly contrasting precipitation years in a Mediterranean catchment

O’Geen

Larsen²,

Dahlke

et al. 2019

Ecohydrology

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Given the complex topography of California rangelands, contrasting microclimates affect forage growth at catchment scales. However, documentation of microclimate-forage growth associations is limited, especially in Mediterranean regions experiencing pronounced climate change impacts. To better understand microclimate-forage growth linkages, we monitored forage productivity and rootzone soil temperature and moisture (0-15 and 15-30 cm) in 16 topographic positions in a 10-ha annual grassland catchment in California's Central Coast Range. Data were collected through two strongly contrasting growing seasons, a wet year (2016-17) with 287-mm precipitation and a dry year (2017-18) with 123-mm precipitation.Plant-available soil water storage (0-30 cm) was more than half full for most of the wet year; mean peak standing forage was 2790 kg ha −1 (range: 1597-4570 kg ha −1 ).The dry year had restricted plant-available water and mean peak standing forage was reduced to 970 kg ha −1 (range: 462-1496 kg ha −1 ). In the wet year, forage growth appeared energy limited (light and temperature): warmer sites produced more forage across a 3-4°C soil temperature gradient but late season growth was associated with moister sites spanning this energy gradient. In the dry year, the warmest topographic positions produced limited forage across a 10°C soil temperature gradient until late season rainfall in March. Linear models accounting for interactions between soil moisture and temperature explained about half of rapid, springtime forage growth variance. These findings reveal dynamic but clear microclimate-forage growth linkages in complex terrain, and thus, have implications for rangeland drought monitoring and dryland ecosystems modeling under climate change.

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Section: Implications Of a Changing Climatementioning

confidence: 99%

Section: Aspect Effect On Soil Moisturementioning

confidence: 99%

mentioning

confidence: 99%

mentioning

confidence: 99%

See 2 more Smart Citations

Microclimate–forage growth linkages across two strongly contrasting precipitation years in a Mediterranean catchment

O’Geen

Larsen²,

Dahlke

et al. 2019

Ecohydrology

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Quantification of ecosystem services providing socio-economic benefits to customary owners of natural resources in Pauri, western Himalaya

Jha

Negi

Alatalo

2022

Current Research in Environmental Sustainability

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Impacts of Land-Use and Climate Change on Ecosystem Service in Eastern Tibetan Plateau, China

Sun

Zhang

et al. 2018

Sustainability

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Past years have witnessed the transformation of land use at a high frequency and a warmer and drier climate in the Eastern Tibetan Plateau region. To fully understand the spatial-temporal variation of ecosystem services against the changing global backdrop and to provide scientific ecosystem management measures for decision-making, a study was conducted to investigate the major ecosystem services: water yield, soil conservation and crop production from 1990 to 2015 in the Eastern Tibetan Plateau region. Three scenarios-climate change only, land use change only and both land use and climate change-were included in this study to analyze the response of ES to the above-mentioned global changes. The results show that (1) the total quantity of ES reduced in all the three scenarios, the annual ES change was scenarioII < scenarioIII < scenarioI and the periodical characteristics are present in this region; (2) the ES change in spatial distribution varied with different climate change patterns and land use transfer directions; (3) the ES composition of each ecosystem varied with different driving scenarios and different responses of the forest and wetland on climate change and land use changes were observed. Moreover, the trade-off under land use change and climate change respectively was observed in this study. Based on the results, we recommend that the local government take this trade-off and climate change into account when making decisions, continue with desertification control and improve the quality of grassland as well as forests-these efforts should enable us to achieve sustainable development of human beings and the natural ecosystem.

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Erratum to: The impact of climate change on California’s ecosystem services

Abstract: Unfortunately some authors' affiliations were captured incorrectly on the first page of the article. Please find the correct affiliation information below. Also, Gregory N. Bratman's first name was wrongly listed as Gregrory in the original publication.

Cited by 3 publications

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Microclimate–forage growth linkages across two strongly contrasting precipitation years in a Mediterranean catchment

Microclimate–forage growth linkages across two strongly contrasting precipitation years in a Mediterranean catchment

Quantification of ecosystem services providing socio-economic benefits to customary owners of natural resources in Pauri, western Himalaya

Impacts of Land-Use and Climate Change on Ecosystem Service in Eastern Tibetan Plateau, China

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