Featured
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News & Views |
Competing for phosphorus
A 3-year field experiment suggests plant responses to elevated CO2 in phosphorus-limited grasslands depends on the biogeochemical interplay between soil microbes and plants.
- Benjamin L. Turner
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Article |
Grassland responses to elevated CO2 determined by plant–microbe competition for phosphorus
The competition between grassland vegetation and microbes for phosphorus controls how plant productivity responds to elevated CO2, according to free-air CO2 enrichment experiments on phosphorus-limited grasslands.
- J. Ben Keane
- , Iain P. Hartley
- & Gareth K. Phoenix
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Article |
High natural nitric oxide emissions from lakes on Tibetan Plateau under rapid warming
High-resolution satellite observations reveal that large lakes on the Tibetan Plateau have total nitric oxide emissions comparable to anthropogenic emissions from individual megacities worldwide.
- Hao Kong
- , Jintai Lin
- & Wanyun Xu
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Article |
Uncertainty in US forest carbon storage potential due to climate risks
Projections of forest aboveground carbon storage potential in the United States show divergent results across different modelling approaches due to uncertainties in the estimated impact of climate risks, according to a comparison of modelling results.
- Chao Wu
- , Shane R. Coffield
- & William R. L. Anderegg
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Article
| Open AccessGlobal patterns of water storage in the rooting zones of vegetation
Global estimations of the water-storage capacity in the rooting zone from satellite data reveal plant access to deep water across a third of Earth’s vegetated surface.
- Benjamin D. Stocker
- , Shersingh Joseph Tumber-Dávila
- & Robert B. Jackson
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Article
| Open AccessShifts in vegetation activity of terrestrial ecosystems attributable to climate trends
An analysis fusing satellite data with a process-based model of plant growth attributes changes in vegetation activity across terrestrial ecosystems to climatic changes.
- Steven I. Higgins
- , Timo Conradi
- & Edward Muhoko
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News & Views |
Plant traits and marsh fate
Some coastal marshes may have a hard time building soil elevation under future climate conditions, although this may reduce methane emissions, according to four years of field manipulation of warming and elevated CO2 in a coastal wetland.
- Thomas L. O’Halloran
- & Georgia S. Seyfried
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News & Views |
Carbon turnover gets wet
The biological processes that control the release of carbon stored in land are dependent on water availability. A global analysis of temperature sensitivity reveals how hydrometeorological processes modulate the response of land carbon turnover to temperature.
- Yuanyuan Huang
- & Yingping Wang
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Article |
Soil organic matter formation and loss are mediated by root exudates in a temperate forest
The amount and composition of carbon compounds released from plant roots into soil influences soil carbon formation and loss, according to an artificial root exudate experiment using intact soil cores from a temperate forest.
- Nikhil R. Chari
- & Benton N. Taylor
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Article |
Drought resistance enhanced by tree species diversity in global forests
Tree species diversity promotes drought resistance in nearly half of global forests, according to a global analysis of the relationship between species richness and drought-induced changes in forest productivity.
- Dan Liu
- , Tao Wang
- & Shilong Piao
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Article |
Tropical tree growth driven by dry-season climate variability
Dry-season climate variability is a primary driver of tropical tree growth, according to observations from a pantropical tree-ring network.
- Pieter A. Zuidema
- , Flurin Babst
- & Zhe-Kun Zhou
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Article |
Synergistic effects of four climate change drivers on terrestrial carbon cycling
Increases in atmospheric CO2 can be dampened but also accelerated by the net impact on terrestrial carbon cycling of combined changes in temperature, rainfall, CO2 and nitrogen, according to an eight-year grassland experiment in the United States.
- Peter B. Reich
- , Sarah E. Hobbie
- & Kally Worm
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Article |
Carbon loss from northern circumpolar permafrost soils amplified by rhizosphere priming
Plant roots in thawing permafrost soils act to enhance microbial decomposition and the loss of soil organic carbon, according to an analysis of observational data and a rhizosphere priming model.
- Frida Keuper
- , Birgit Wild
- & Ellen Dorrepaal
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Article |
The age distribution of global soil carbon inferred from radiocarbon measurements
Soils may accumulate less carbon and with a slower turnover than Earth system models predict, according to analysis of the age distribution of global soil carbon, which finds that the mean age of soil carbon is older than that in simulated in models.
- Zheng Shi
- , Steven D. Allison
- & James T. Randerson
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Article |
Heat accumulation on coral reefs mitigated by internal waves
Internal waves can relieve coral reef heat stress, according to an analysis that isolates the effect at different depths using a compilation of high-resolution temperature records.
- Alex S. J. Wyatt
- , James J. Leichter
- & Toshi Nagata
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Article |
Mid-latitude freshwater availability reduced by projected vegetation responses to climate change
Projected responses of plants to rising atmospheric CO2 concentrations reduce runoff in large parts of the mid-latitudes as bulk canopy water demands grow, suggests an analysis of precipitation partitioning in climate model simulations.
- Justin S. Mankin
- , Richard Seager
- & A. Park Williams
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Article |
Field-experiment constraints on the enhancement of the terrestrial carbon sink by CO2 fertilization
The northern temperate carbon sink is estimated to increase by 0.64 PgC each year for each increase in atmospheric CO2 concentrations by 100 ppm, suggests an analysis of data from field experiments at 7 sites constraints.
- Yongwen Liu
- , Shilong Piao
- & Tao Wang
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Perspective |
Global-change controls on soil-carbon accumulation and loss in coastal vegetated ecosystems
Coastal vegetated ecosystems have experienced rapid changes in climate and environmental conditions. These changes have caused disturbances to the amount of carbon they store in soils by altering the decomposition process of organic carbon.
- Amanda C. Spivak
- , Jonathan Sanderman
- & Charles S. Hopkinson
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Article |
Amazon forest response to CO2 fertilization dependent on plant phosphorus acquisition
Phosphorus limitation can significantly reduce the response of the Amazon forest to CO2 fertilization, according to ecosystem-model ensemble simulations of a free-air CO2 enrichment experiment.
- Katrin Fleischer
- , Anja Rammig
- & David M. Lapola
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News & Views |
Emergence of the African savannah
African savannah grasslands initially proliferated in the late Miocene due to declining atmospheric CO2, rather than previously proposed regional climate drying. Supplanting previous woodland vegetation due to photosynthetic adaptations, these grasslands set the stage for subsequent mammalian evolutionary trends on the continent.
- Hayley Cawthra
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Article |
Carbon stocks in central African forests enhanced by elephant disturbance
Elephant disturbance favours the emergence of larger trees with higher wood density, and thereby increases the aboveground biomass in central African forests by up to 60 t ha–1, according to simulations with the Ecosystem Demography model.
- Fabio Berzaghi
- , Marcos Longo
- & Christopher E. Doughty
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News & Views |
Where the tallest mangroves are
Mangrove canopy heights vary around the world in response to rain, storms and human activities, suggests a global analysis of mangrove canopy height. How tall the trees are matters for estimating global mangrove carbon storage.
- Daniel A. Friess
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Article |
Mangrove canopy height globally related to precipitation, temperature and cyclone frequency
Mangrove canopy height varies strongly around the globe in response to climatic factors, according to a global analysis of remote sensing and field data.
- Marc Simard
- , Lola Fatoyinbo
- & Tom Van der Stocken
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Article |
Experimental evidence for sustained carbon sequestration in fire-managed, peat moorlands
Prescribed burning has far less impacts on peat growth and carbon sequestration than previously thought, according to a long-term experiment in fire-managed peat moorlands in England. Managed burning may be a viable strategy to make peatlands more resilient to devastating wildfire.
- R. H. Marrs
- , E.-L. Marsland
- & R. C. Chiverrell
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Article |
Dryland photoautotrophic soil surface communities endangered by global change
Biocrust coverage of soils could decrease by 25–40% within 65 years, due to climate and land-use changes. Biocrusts, such as lichens and algae, cover 12% of Earth’s land surface but environmental modelling suggests that they are vulnerable to change.
- Emilio Rodriguez-Caballero
- , Jayne Belnap
- & Bettina Weber
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Article |
Organic matter losses in German Alps forest soils since the 1970s most likely caused by warming
Soil carbon concentrations are sensitive to climate warming. Pairs of measurements of forest soil carbon stocks in the German Alps reveal that topsoil carbon concentrations declined as air temperatures rose between 1976 and 2011.
- Jörg Prietzel
- , Lothar Zimmermann
- & Dominik Christophel
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Letter |
Large increases in Arctic biogenic volatile emissions are a direct effect of warming
Volatile organic compounds can affect air quality and climate. Experimental warming of vegetated tundra plots in Greenland increased biogenic volatile organic compound emissions from vegetation and soils by 260%, as a direct effect.
- Magnus Kramshøj
- , Ida Vedel-Petersen
- & Riikka Rinnan
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Letter |
Tree mortality predicted from drought-induced vascular damage
Forests may be vulnerable to future droughts. A tree mortality threshold based on plant hydraulics suggests that increased drought may trigger widespread dieback in the southwestern United States by mid-century.
- William R. L. Anderegg
- , Alan Flint
- & Christopher B. Field
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Article |
Influence of tree species on continental differences in boreal fires and climate feedbacks
Boreal forest wildfires in North America are more intense and destructive than in Eurasia. Differences in species-level adaptations to fire are primary drivers of these differences in fire regimes.
- Brendan M. Rogers
- , Amber J. Soja
- & James T. Randerson
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News & Views |
Tropical languor
Carbon dioxide can stimulate photosynthesis in trees and increase their growth rates. A study of tree rings from three seasonal tropical forests shows no evidence of faster growth during 150 years of increasing atmospheric CO2 concentrations.
- Lucas A. Cernusak
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Article |
Plant growth enhancement by elevated CO2 eliminated by joint water and nitrogen limitation
Elevated CO2 is known to fertilize plant growth, resulting in greater uptake of atmospheric CO2 by plants. However, CO2 fertilization in a perennial grassland is absent when plants are jointly limited by both water and nitrogen.
- Peter B. Reich
- , Sarah E. Hobbie
- & Tali D. Lee
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Correspondence |
Biological impact on Greenland's albedo
- Liane G. Benning
- , Alexandre M. Anesio
- & Martyn Tranter
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Commentary |
Communication in a divided world
Livestock production accounts for a significant fraction of global anthropogenic greenhouse gas emissions. Progress in mitigating the adverse environmental impacts of this industry can be improved by shifting research emphases and fostering communication between researchers and ranchers.
- Joseph M. Craine
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Review Article |
Terrestrial carbon cycle affected by non-uniform climate warming
Feedbacks between the terrestrial carbon cycle and climate change could affect many ecosystem functions and services. A synthesis of global air temperature data reveals non-uniform rates of climate warming on diurnal and seasonal timescales, and heterogeneous impacts on ecosystem carbon cycling.
- Jianyang Xia
- , Jiquan Chen
- & Shiqiang Wan