Environmental System Science Program
U.S. Department of Energy | Office of Science | Office of Biological and Environmental Research

Highlights

LastFirstTitleResearch Area
7/25/20KovenCharlesRole of Tree Mortality in Forest Response to Rising CO2Terrestrial Ecology
6/15/20KovenCharlieBenchmarking and Parameter Sensitivity of FATES Model at Tropical Forest SiteTerrestrial Ecology
3/5/21CraigMatthewMicrobial Dynamics Can Limit Soil Carbon Storage CapacityTerrestrial Ecology
8/23/21AboltCharlesNew Model Rapidly Predicts Rates of Soil Drainage in Complex Tundra LandscapesTerrestrial Ecology
10/5/21IversenColleenA Starting Guide to Root EcologyTerrestrial Ecology
7/1/20IversenColleenThe Fungal Collaboration Gradient Dominates Root Economics Space in PlantsTerrestrial Ecology
6/12/19TrugmanAnna T.Climate and Plant Trait Strategies Determine Tree Carbon Allocation to Leaves and Mediate Future Forest ProductivityTerrestrial Ecology
9/19/20Negrón-JuárezRobinsonCalibration, Measurement, and Characterization of Soil Moisture Dynamics in a Central Amazonian Tropical ForestTerrestrial Ecology
3/29/20NorbyRichard J.A Historical and Comparative Review of 50 Years of Root Data Collection in Puerto RicoTerrestrial Ecology
4/22/20NorbyRichard J.Fine-Root Dynamics Vary with Soil Depth and Precipitation in a Low-Nutrient Tropical Forest in the Central AmazoniaTerrestrial Ecology
1/22/19WarrenJeffery M.Simulated Projections of Boreal Forest Peatland Ecosystem Productivity are Sensitive to Seasonality in Leaf PhysiologyTerrestrial Ecology
9/12/19WarrenJeffery M.Co-Occurring Peat Bog Shrubs at the Boreal-Temperate Ecotone Have Differential Photosynthetic Responses to WarmingTerrestrial Ecology
7/2/21Chitra-TarakRutujaRisky Trees in Safe Waters?Terrestrial Ecology
4/10/19FisherJoshua B.Human Impact on Root Fungus Association of TreesTerrestrial Ecology
12/5/16FisherJoshua B.Tree Root Fungus Association as a Predictor for Soil Microbial Community DynamicsTerrestrial Ecology
11/6/17FisherJoshua B.Nitrogen Acquisition Efficiency of Plants in Response to Elevated CO2Terrestrial Ecology
7/2/17FisherJoshua B.Root Fungal Association Determines Soil Nutrient Acquisition Strategies of PlantsTerrestrial Ecology
10/9/17FisherJoshua B.Representing Soil Characteristics Through Indirect MeansTerrestrial Ecology
3/24/18FisherJoshua B.Tree Mycorrhizal Type Determines the Storage and Distribution of Soil Organic MatterTerrestrial Ecology
11/7/19FisherJoshua B.Soil Carbon Stocks Globally Are Determined by Root Fungus AssociationTerrestrial Ecology
8/1/18DaviesStuart J.Crown Damage and the Mortality of Tropical TreesTerrestrial Ecology
8/16/19SerbinShawnNovel Spectroscopy Approach Provides a Rapid and Accurate Means to Retrieve Foliar Traits in PlantsTerrestrial Ecology
5/15/21ChuHousenTell Us What Flux Towers SeeWatershed Sciences
11/11/19HubbardSusanQuantifying Snowmelt Recharge into Hillslope Soils and Rocks, and Solute Export to RiversWatershed Sciences
4/26/21DeweyChristianParticulate Organic Matter Controls Lead Release During Redox Cycles in Floodplain SoilsWatershed Sciences
12/30/19BargarJohnComplexation by Organic Matter Controls Uranium Mobility in Anoxic SedimentsWatershed Sciences
5/5/20BargarJohnFeS Nanoclusters Can Mobilize Fe and S from sediment to the GroundwaterWatershed Sciences
8/12/20WalkerAnthonyUnderstanding Carbon Feedbacks: The Interaction of Atmospheric CO2 and the Terrestrial Carbon CycleTerrestrial Ecology
2/25/20MaoJiafuUrban Warming Advances Spring Phenology but Reduces the Response of Phenology to Temperature in the Conterminous United StatesTerrestrial Ecology
2/14/20AboltCharlesBuried Ice in Old Permafrost May Melt More Quickly Than in New PermafrostTerrestrial Ecology
4/19/18FisherJoshua B.Relocation of Nutrients from Dying Leaves Differs with Root Fungus AssociationTerrestrial Ecology
3/23/19FisherJoshua B.Inclusion of Plant-Microbe Partnerships Enhances Global Land ModelsTerrestrial Ecology
2/13/18FisherJoshua B.Tree Litter-Soil Interactions and Their Effect on Litter DecayTerrestrial Ecology
8/18/21IversenColleenFilling Gaps in Our Understanding of Belowground Plant Traits across the WorldTerrestrial Ecology
3/25/21Bastos Gorgens EricResource Availability and Disturbance Shape Maximum Tree Height Across the AmazonTerrestrial Ecology
6/22/20ChambersJeffrey Effects of Hurricane María on the Forests of Puerto RicoTerrestrial Ecology
1/18/19FisherJoshua Factors controlling reactive Nitrogen Oxides (NOy) emission from deciduous forest soilsTerrestrial Ecology
6/9/19FisherJoshua Effects of Invasive Grass on Soil Composition Differ Based on Tree Root Fungus AssociationTerrestrial Ecology
1/13/19FisherJoshua Decomposers in disguise or extensions of root systems?Terrestrial Ecology
10/14/17FisherJoshua Tree Spatial Coexistence Determined by Root Fungus AssociationTerrestrial Ecology
2/25/19FisherJoshua Neglecting Plant-microbe Symbioses Leads to Underestimation of Modeled Climate ImpactsTerrestrial Ecology
12/19/19HansonPaul Advancing Global Change Biology Through Experimental Manipulations: Where Have We Been and Where Might We Go?Terrestrial Ecology
8/23/19Mayes Melanie The global soil community and its influence on biogeochemistryTerrestrial Ecology
10/9/18FisherJoshua Investigating the Impact of Tree Root Fungus on Leaf Litter Decay in Contrasting ClimatesTerrestrial Ecology
11/17/20MayesMelanie Multi-year Incubation Experiments Boost Confidence in Model Projections of Long-term Soil Carbon DynamicsTerrestrial Ecology
12/1/20HarpDylan Efficient Dynamic Inundation Model for Ice Wedge PolygonsTerrestrial Ecology
12/18/20SchuurEdward Lower Soil Moisture and Deep Soil Temperatures in Thermokarst Features Increase Old Soil Carbon Loss After Ten Years of Experimental Permafrost WarmingTerrestrial Ecology
1/20/21XuXiaofeng Simulating Microbial Community Structure (Fungi and Bacteria) in an Earth System Model: The CLM‐Microbe ModelTerrestrial Ecology
2/26/21RileyWIlliamTopographical Controls on Hillslope-Scale Hydrology Drive Shrub Distributions on the Seward Peninsula, AlaskaTerrestrial Ecology
3/5/21Jastrow Julie New Estimates of Carbon Storage in Permafrost-Region SoilsTerrestrial Ecology
11/5/15BachelotBenedicte Altered Climate Leads to Positive Density-Dependent Feedbacks in a Tropical RainforestTerrestrial Ecology
3/25/21Chambers Jeffrey Integrating Drone Imagery and Forest Inventory: Contributions to Forest Structure and DynamicsTerrestrial Ecology
4/23/21RileyWilliam Arctic Tundra Shrubification: A Review of Mechanisms and Impacts on Ecosystem Carbon BalanceTerrestrial Ecology
4/7/21TaşNeslihan Metabolic Capabilities Mute Positive Response to Direct and Indirect Impacts of Warming Throughout the Soil ProfileTerrestrial Ecology
4/9/21MayesMelanie Predicting Methane Dynamics during Drought RecoveryTerrestrial Ecology
12/5/20CarrollRosemary W.H. Groundwater Age in a Colorado River Headwater StreamWatershed Sciences
6/1/20JianJinshi Predicting Soil CO2 Emissions from Air TemperatureTerrestrial Ecology
11/20/20RileyWilliam Hysteretic Temperature Sensitivity of Wetland CH4 Fluxes Explained by Substrate Availability and Microbial ActivityTerrestrial Ecology
10/20/20BouskillNicholas Alaskan Carbon-Climate Feedbacks Will Be Weaker Than Inferred from Short-Term ExperimentsTerrestrial Ecology
8/9/19RileyWilliamExpansion of High-Latitude Deciduous Plants Driven by Interactions between Climate Warming and FireTerrestrial Ecology
2/20/20AboltCharles New Map Reveals Heterogeneous Permafrost Degradation in Ice Wedge PolygonsTerrestrial Ecology
11/26/19XuChonggang Increasing Impacts of Extreme Droughts on Vegetation Productivity under Climate ChangeTerrestrial Ecology
7/9/20TornMargaretThe FLUXNET2015 Dataset and the ONEFlux Processing Pipeline for Eddy Covariance DataTerrestrial Ecology
7/20/20KellerMichael Degraded Tropical Forests Suffer During DroughtsTerrestrial Ecology
6/15/20WoodTana Soil Biogeochemical Responses of a Tropical Forest to Warming and Hurricane DisturbanceTerrestrial Ecology
2/7/20KennardDeborahTropical Understory Herbaceous Community Responds More Strongly to Hurricane Disturbance than to Experimental WarmingTerrestrial Ecology
12/4/20CarrollRosemary W. H. Do Summer Monsoons Matter for Streamflow in the Upper Colorado River?Watershed Sciences
3/25/21ZuletaDaniel Measuring Tree Death and Damage in Tropical ForestsTerrestrial Ecology
12/11/20PainterScottThawing Permafrost may Lead to Cooler Streams in SummerWatershed Sciences, Terrestrial Ecology
4/16/21SulmanBenjaminIntegrating Arctic Vegetation Types Into a Terrestrial Ecosystem Model Using Above- and Below-Ground Field ObservationsTerrestrial Ecology
3/1/21AgarwalDebBalancing the needs of consumers and producers for scientific data collectionsWatershed Sciences
3/18/21AgarwalDebSample Identifiers and Metadata to Support Data Management and Reuse in Multidisciplinary Ecosystem SciencesWatershed Sciences, Terrestrial Ecology
8/28/20NorthJustinWhy Does Ethylene, an Important Plant Hormone, Accumulate in Oxygen-Depleted Soils?Watershed Sciences
7/27/20HansonPaulRapid Net Carbon Loss from a Whole-Ecosystem Warmed PeatlandTerrestrial Ecology
1/15/21WalkerAnthonyMulti-Hypothesis Modeling of PhotosynthesisWatershed Sciences, Terrestrial Ecology
12/1/20O’LoughlinEdwardClays Contribute to Mercury Emission from SoilsWatershed Sciences
7/14/20KaplanDanielWetlands are Highly Effective at Long-term Immobilization of Inorganic Contaminants and NutrientsWatershed Sciences
6/6/20FrancisChristopherDiverse Ammonia-Oxidizing Archaea Dominate Subsurface Nitrifying Communities in Semi-Arid FloodplainsWatershed Sciences
5/22/20IversenColleenBuilding a Culture of Safety and Trust in Team ScienceTerrestrial Ecology
12/16/20HansonPaulShrub-Layer Diversity Is Reduced Yet Overall Productivity Increased with Climate WarmingTerrestrial Ecology
12/15/20GriffisTimAmazonian Palm Swamp Forests Are a Large Carbon Dioxide Sink and Methane SourceTerrestrial Ecology
5/23/20BridghamScottMassive Peatland Carbon Banks Vulnerable to Rising TemperaturesTerrestrial Ecology
5/15/20Bond-LambertyBenMachine Learning Produces Unprecedented High-Resolution Map of Global Soil RespirationTerrestrial Ecology
1/21/21RileyWilliamChanges in Precipitation and Air Temperature Contribute Comparably to Permafrost Degradation in a Warmer ClimateTerrestrial Ecology
7/28/20IversenColleenHidden Plant Responses to Environmental ChangeTerrestrial Ecology
2/15/19LevinePaulSoil Moisture Variability Intensifies and Prolongs Eastern Amazon Temperature and Carbon Cycle Response to El Niño- Southern OscillationTerrestrial Ecology
12/3/20IversenColleenHigh-Resolution Minirhizotrons Reveal Root-Fungal Dynamics in an Experimentally Warmed PeatlandTerrestrial Ecology
1/12/21WarrenJeffreySpringtime Drought Affects Net Carbon Balance in Evergreen Black Spruce Trees, Damaging Canopy DevelopmentTerrestrial Ecology
9/1/20JastrowJulieSoil Bacterial Responses to a Thawing Arctic: A Microbial AwakeningTerrestrial Ecology
11/23/19MaoJiafuModeling Tree Stem-water Dynamics over an Amazonian RainforestTerrestrial Ecology
5/13/20JanAhmadBuilding Confidence in Advanced Permafrost ModelsTerrestrial Ecology
3/10/20KovenCharlieThree Grand Challenges for Land Surface ModelsTerrestrial Ecology
7/30/20JanAhmadThe Role of Snow Timing in Permafrost DegradationTerrestrial Ecology
4/18/20McLauchlanKendraFire as a Fundamental Ecological Process: Research Advances and FrontiersTerrestrial Ecology
10/21/19NataliSusanWinter Carbon Emissions Shifting Northern Permafrost Region to a Carbon SourceTerrestrial Ecology
10/19/20SerbinShawnBeyond Ecosystem Modeling: A Roadmap to Community Cyberinfrastructure for Ecological Data-Model IntegrationTerrestrial Ecology
5/29/20McDowellNateChanging Global Conditions Lead to Shorter, Younger TreesTerrestrial Ecology
6/1/20MayesMelanieModeling the Processes of Soil Moisture in Regulating Microbial and Carbon-Nitrogen CyclingTerrestrial Ecology
10/22/19MegonigalPatNon-Linear Plant Responses to WarmingTerrestrial Ecology
1/20/20TornMargaretModels Predict Rapid and Deep Soil Warming Over the 21st CenturyTerrestrial Ecology
8/15/20SerbinShawnA Multi-Sensor Unoccupied Aerial System Improves Characterization of Vegetation Composition and Canopy Properties in the Arctic TundraTerrestrial Ecology
8/16/20McFarlaneKarisSoil Carbon Response to Land Use ChangesTerrestrial Ecology
2/15/19WarrenJeffreyRespiration Responses of Roots, Mycorrhizal Fungi and Free-living Microbes to an Extreme Drought CycleTerrestrial Ecology
8/12/20WalkerAnthonyAtmospheric CO2 and Terrestrial Carbon FeedbackTerrestrial Ecology
9/21/16MaoJiafuClimate Study Finds Human Fingerprint in Northern HemisphereTerrestrial Ecology
9/22/16AndresenChristianAquatic Plants Accelerate Arctic Methane EmissionsTerrestrial Ecology
9/26/16RandersonJames T. RandersonSoil Will Absorb Less Atmospheric Carbon Than Expected This CenturyTerrestrial Ecology
9/30/16BreenAmyAlaska Arctic Vegetation Archive (AVA-AK)Terrestrial Ecology
10/7/16PainterScottCoupled Simulations of Surface and Subsurface Thermal Hydrology in Permafrost-Affected RegionsTerrestrial Ecology
10/11/16HansonPaulA Belowground Perspective on Forest Drought Offers Improved Predictions for Managing Climate Change ImpactsTerrestrial Ecology
10/17/16WerthDavidVertical Transport of Greenhouse Gases Through the Nocturnal Atmospheric Boundary LayerTerrestrial Ecology
10/25/16GriffithsNatalieDynamic Vertical Profiles of Peat Porewater Chemistry in a Northern PeatlandTerrestrial Ecology
11/16/16BridghamScottTemperature Response of Soil Respiration Largely Unaltered with Experimental WarmingTerrestrial Ecology
11/28/16RogersAlistairA Roadmap for Improving the Representation of Photosynthesis in Earth System ModelsTerrestrial Ecology
11/30/16Bond-LambertyBenUnderutilized Soil Respiration Data Offer Novel Ways to Constrain and Improve ModelsTerrestrial Ecology
12/19/16KueppersLaraSeedling Responses to Climate Warming May Slow Tree Advance UpslopeTerrestrial Ecology
1/9/17Raz-YaseefNaamaLarge CO2 and CH4 Emissions from Polygonal Tundra During Spring Thaw in Northern AlaskaTerrestrial Ecology
1/11/17BaileyVanessaHow Moisture Affects the Way Soil Microbes BreatheTerrestrial Ecology
1/13/17BaileyVanessaDifferences in Soluble Organic Carbon Chemistry in Pore Waters Sampled from Different Pore Size DomainsTerrestrial Ecology
1/30/17JastrowJulieObservational Needs for Estimating Alaskan Soil Carbon Stocks Under Current and Future ClimateTerrestrial Ecology
2/10/17RileyWilliamWindthrow Variability in Central AmazoniaTerrestrial Ecology
2/14/17ClassenAimeeBacteria Living Within Plant Roots Affect Where and How Plants Allocate Carbon for GrowthTerrestrial Ecology
2/14/17ClassenAimeePlant-Mycorrhizal Interactions Influence Coexistence Patterns in PlantsTerrestrial Ecology
9/21/16ThorntonPeter E.Global Model Improved by Incorporating New Hypothesis for Vegetation Nutrient LimitationTerrestrial Ecology
9/21/16ThorntonPeter E.Biogeochemical Modeling of CO2 and CH4 Production in Anoxic Arctic Soil MicrocosmsTerrestrial Ecology
9/20/16WalkerAnthonyModel-Guided Field Experiments: Ecosystem CO2 Responses in an Australian Eucalypt WoodlandTerrestrial Ecology
9/20/16BowlingDavid R.Evaluating Coupled Carbon and Water Vapor Exchange with Carbon Isotopes in the Community Land Model (CLM4.5)Terrestrial Ecology
6/19/16McFarlaneKarisStrong Atmospheric 14C Signature of Respired CO2 Observed over Midwestern United StatesTerrestrial Ecology
9/13/16Bond-LambertyBenAssessing the Challenges and Benefits of an Online "Open Experiment"Terrestrial Ecology
9/13/16RileyWilliam J.Improving Global Methane Emission PredictionsTerrestrial Ecology
9/1/16HansonPaul J.Characterizing Peatland Uptake and Losses of CarbonTerrestrial Ecology
8/15/16AtchleyAdamInfluences and Interactions of Inundation, Peat, and Snow and Active Layer ThicknessTerrestrial Ecology
8/1/16BenscoterBrianShrubs Accelerate Wetland Water LossTerrestrial Ecology
2/24/17HansonPaulAn Ecosystem-Scale, Experimental System to Study Whole-Ecosystem WarmingTerrestrial Ecology
7/26/16BaldocchiDennisUnderstanding Long-Term Trends in Annual Net Ecosystem Exchange of CO2Terrestrial Ecology
3/9/17IversenColleenA Global Fine-Root Ecology Database to Address Belowground Challenges in Plant EcologyTerrestrial Ecology
3/15/17TornMargaretSoils Could Release Much More Carbon Than Expected as Climate WarmsTerrestrial Ecology
4/4/17CampbellElliottGlobal Photosynthesis on the RiseTerrestrial Ecology
4/18/17WullschlegerStanMapping Snow Depth Within a Tundra Ecosystem Using Multiscale Observations and Bayesian MethodsTerrestrial Ecology
4/25/17MegonigalPatrickTemperate Forest Methane Sink Diminished by Tree EmissionsTerrestrial Ecology
5/3/17McCormackLukeBuilding a Better Foundation: Improving Root-Trait Measurements to Understand and Model Plant and Ecosystem ProcessesTerrestrial Ecology
5/8/17SchuurTedTundra Carbon Losses with Rapid Permafrost ThawTerrestrial Ecology
5/9/17RileyWilliamA Global Trait-Based Approach to Estimate Leaf Nitrogen Functional Allocations from ObservationsTerrestrial Ecology
5/12/17RileyWilliamPeRL: A Circum-Arctic Permafrost Region Pond and Lake DatabaseTerrestrial Ecology
5/19/17PowellThomasEcological Role of Hydraulic Traits of Amazon Rainforest TreesTerrestrial Ecology
5/23/17TornMargaretThe FLUXNET2015 DatasetTerrestrial Ecology
5/24/17WalkerAnthonyCan Models Predict Grassland Responses to Environment?Terrestrial Ecology
6/2/17DaviesStuartPatterns of Tree Mortality in a Temperate Deciduous Forest Derived from a Large Forest Dynamics PlotTerrestrial Ecology
6/2/17McDowellNateBelowground Perspective on the Drought Sensitivity of Forests: Towards Improved Model Predictions and Management PrescriptionsTerrestrial Ecology
6/2/17McDowellNateUsing MODIS Weekly Evapotranspiration to Monitor DroughtTerrestrial Ecology
6/2/17McDowellNateThe Energetic and Carbon Economic Origins of Leaf ThermoregulationTerrestrial Ecology
6/2/17McDowellNatePragmatic Hydraulic Theory Predicts Stomatal Responses to Climatic Water DeficitsTerrestrial Ecology
6/2/17McDowellNateThe Role of Nutrients in Drought-Induced Mortality and RecoveryTerrestrial Ecology
6/2/17ChambersJeffreyShifts in Biomass and Productivity for a Subtropical Dry Forest in Response to Simulated Elevated Hurricane DisturbancesTerrestrial Ecology
6/2/17XuChonggangLinking Microbial Community Composition to Carbon Loss Rates During Wood DecompositionTerrestrial Ecology
6/2/17ChristoffersenBradA Trait-Based Plant Hydraulics Model for Tropical ForestsTerrestrial Ecology
6/2/17Bond-LambertyBenImproving Predictions of Heterotrophic RespirationTerrestrial Ecology
6/5/17TornMargaretLong Term Decomposition: The Influence of Litter Type and Soil Horizon on Retention of Plant Carbon and Nitrogen in SoilsTerrestrial Ecology
6/11/17YangXiaojuanPhosphorus Feedbacks May Constrain Tropical Ecosystem Responses to Changes in Atmospheric CO2Terrestrial Ecology
6/11/17RifaiSamiLandscape-Scale Consequences of Differential Tree Mortality from Catastrophic Wind Disturbance in the AmazonTerrestrial Ecology
6/11/17NorbyRichardTropical Tree Photosynthesis and Nutrients: The Model-Data ConnectionTerrestrial Ecology
6/11/17KellerMichaelAboveground Biomass Variability Across Intact and Degraded Forests in the Brazilian AmazonTerrestrial Ecology
6/11/17JardineKolbyMonoterpene ‘Thermometer’ of Tropical Forest-Atmosphere Response of High-Temperature StressTerrestrial Ecology
6/11/17JardineKolbyBiogenic Volatile Organic Compounds in Amazonian EcosystemsTerrestrial Ecology
6/11/17RibeiroG.H.P.M.Mechanical Vulnerability and Resistance to Snapping and Uprooting for Central Amazon Tree SpeciesTerrestrial Ecology
6/11/17WolfeBrettRetention of Stored Water Enables Tropical Tree Saplings to Survive Extreme Drought ConditionsTerrestrial Ecology
6/11/17ChristoffersenBradDo Dynamic Global Vegetation Models Capture the Seasonality of Carbon Fluxes in the Amazon Basin? A Data-Model IntercomparisonTerrestrial Ecology
6/11/17ChristoffersenBradVariation in Stem Mortality Rates Determines Patterns of Aboveground Biomass in Amazonian Forests: Implications for Dynamic Global Vegetation ModelsTerrestrial Ecology
6/11/17WuJinPartitioning Controls on Tropical Evergreen Forest Photosynthesis Across TimescalesTerrestrial Ecology
6/11/17WuJinEnabling Remote Prediction of Leaf Age in Tropical Forest CanopiesTerrestrial Ecology
6/12/17IversenColleenFine-Root Growth in a Forested Bog is Seasonally Dynamic, But Shallowly Distributed in Nutrient-Poor Peat EnvironmentsTerrestrial Ecology
6/23/17KovenCharlesA Direct Measure of Basin-Wide Evaporation and Transpiration from the Amazon RainforestTerrestrial Ecology
6/26/17SerbinShawnInternational Space Station Observations Offer Insights into Plant FunctionTerrestrial Ecology
7/7/17JastrowJulieRapid Characterization of Northern Cold-Region Soil Organic MatterTerrestrial Ecology
7/15/17McDowellNateA Multi-Species Synthesis of Physiological Mechanisms in Drought-Induced Tree MortalityTerrestrial Ecology
7/24/17KovenCharlesFATES Integrations with ACME ModelTerrestrial Ecology
7/22/17ChristiansonDanielleA Metadata Reporting Framework (FRAMES) for Synthesis of Ecohydrological ObservationsTerrestrial Ecology
8/2/17WalkerAnthonyFlooding Determines Seasonality in Sphagnum Moss PhotosynthesisTerrestrial Ecology
8/2/17WalkerAnthonyGlobal Photosynthesis Modeling is Stymied by Competing Hypotheses on Scaling of Plant TraitsTerrestrial Ecology
8/23/17JastrowJulieDual Role of Microorganisms in Soil Organic Matter DynamicsTerrestrial Ecology
9/1/17WuJinVariations of Leaf Longevity in Tropical Moist Forests Predicted by a Trait-Driven Carbon Optimality ModelTerrestrial Ecology
9/6/17RogersAlistairTerrestrial Biosphere Models Underestimate Photosynthetic Capacity and CO2 Assimilation in the ArcticTerrestrial Ecology
9/7/17RileyWilliamA New Approach to Represent Multi-Consumer, Multi-Species Soil Biogeochemical Reactions for Earth System ModelsTerrestrial Ecology
9/20/17RowlandJoelLarge Uncertainty in Permafrost Carbon Stocks Due to Hillslope Soil DepositsTerrestrial Ecology
9/21/17WuYuxinElectrical and Seismic Response of Saline Permafrost Soil During Freeze-Thaw TransitionTerrestrial Ecology
9/22/17WarrenJeffreyUsing Neutron Imaging to Measure and Modeling Poplar Root Water Extraction After DroughtTerrestrial Ecology
9/24/17RogersAlistairA Zero-Power Warming Chamber for Investigating Plant Responses to Rising TemperatureTerrestrial Ecology
9/26/17FinziAdrienA Parsimonious Modular Approach to Building a Mechanistic Belowground Carbon and Nitrogen ModelTerrestrial Ecology
9/27/17HubbardSusanCoupled Hydrogeophysical Inversion to Estimate Soil Organic Carbon Content in the Arctic TundraTerrestrial Ecology
9/27/17KovenCharlesAn Observational Benchmark and Scaling Theory for Environmental Controls on Soil DecompositionTerrestrial Ecology
10/2/17GrossiordCharlotteTree Hydraulic Acclimation Partially Mitigates Effects of Warming and DroughtTerrestrial Ecology
10/5/17WullschlegerStanCoincident Aboveground and Belowground Autonomous Monitoring to Quantify Covariability in Permafrost, Soil, and Vegetation Properties in Arctic TundraTerrestrial Ecology
10/5/17WullschlegerStanQuantification of Arctic Soil and Permafrost Properties Using Ground Penetrating Radar and Electrical Resistivity Tomography DatasetsTerrestrial Ecology
10/5/17Raz-YaseefNaamaEvapotranspiration Across Plant Types and Geomorphological Units in Polygonal Arctic TundraTerrestrial Ecology
10/5/17Bond-LambertyBenNetworking Science to Improve Soil Organic Matter Management OpportunitiesTerrestrial Ecology
10/10/17CampbellJ. ElliottAssessing a New Clue to How Much Carbon Plants Take UpTerrestrial Ecology
10/12/17TornMargaretMicrobial Community-Level Regulation Explains Soil Carbon Responses to Long-Term Litter ManipulationsTerrestrial Ecology
10/12/17TornMargaretSynthetic Iron (Hydr)Oxide-Glucose Associations in Subsurface Soil: Effects on Decomposability of Mineral-Associated CarbonTerrestrial Ecology
10/13/17EhleringerJamesEvaluating the Community Land Model (CLM4.5) at a Coniferous Forest Site in Northwestern United States Using Flux and Carbon-Isotope MeasurementsTerrestrial Ecology
10/16/17GuLianhongMeasuring Photosynthesis via the Glow of PlantsTerrestrial Ecology
10/17/17JardineKolbyIntegration of C1 and C2 Metabolism in TreesTerrestrial Ecology
10/18/17BaileyVanessaDeveloping a Molecular Picture of Soil Organic Matter-Mineral InteractionsTerrestrial Ecology
10/25/17NorbyRichardRoot and Rhizosphere Bacterial Phosphatase Activity Varies with Tree Species and Soil Phosphorus Availability in Puerto Rico Tropical ForestTerrestrial Ecology
11/6/17PowersJenniferWill Seasonally Dry Tropical Forests be Sensitive or Resistant to Future Changes in Rainfall Regime?Terrestrial Ecology
11/14/17BaileyVanessaThe Power of Traditional Proxies for Measuring the Soil Carbon CycleTerrestrial Ecology
11/20/17KostkaJoelHydrogenation of Organic Matter as a Terminal Electron Sink Sustains High CO2:CH4 Production Ratios During Anaerobic DecompositionTerrestrial Ecology
11/28/17McDowellNatePredicting and Planning for Chronic Climate-Driven DisturbancesTerrestrial Ecology
12/4/17WiederWillSoil Carbon Cycle Confidence and UncertaintyTerrestrial Ecology
12/4/17MedvigyDavidDiversity in Plant Hydraulic Traits Explains Vegetation Dynamics in Seasonally Dry Tropical ForestsTerrestrial Ecology
12/21/17RileyWilliamMicrotopography Determines How CO2 and CH4 Exchanges Respond to Temperature and Precipitation at an Arctic Polygonal Tundra SiteTerrestrial Ecology
12/21/17RileyWilliamMicrotopography Determines Active Layer Depths Responses to Temperature and Precipitation at the NGEE-Arctic Barrow Experimental Observatory SitesTerrestrial Ecology
12/26/17WuJinBiological Processes Dominate Seasonality of Remotely Sensed Canopy Greenness in an Amazon Evergreen ForestTerrestrial Ecology
3/20/20TornMargaret S.Integrating Microbes into Our Understanding of Ecosystem Carbon CyclingTerrestrial Ecology
1/4/21FraterrigoJennifer M.Impacts of Arctic Shrubs on Root Traits and Belowground Nutrient Cycles Across a Northern Alaskan Climate GradientTerrestrial Ecology
10/1/20CoonEthanImproving Predictions of Water Availability and Quality in WatershedsWatershed Sciences
1/7/18FendorfScottAnaerobic Microsites Have an Unaccounted Role in Soil Carbon StabilizationTerrestrial Ecology
1/8/18BaldocchiDennisInter-Annual Variability of Net and Gross Ecosystem Carbon FluxesTerrestrial Ecology
1/11/18ScheibeTimothyHow Plant Roots Take Up Water from SoilTerrestrial Ecology
1/11/18WoodJeffDrought-Pathogen Interactions and Oak Tree MortalityTerrestrial Ecology
1/12/18CusackDanielaTropical Forest Soil Carbon Stocks Predicted by Nutrients and Roots, not Aboveground Plant BiomassTerrestrial Ecology
1/18/18RileyWilliamImpacts of Microtopographic Snow Redistribution and Lateral Subsurface Processes in an Arctic Polygonal EcosystemTerrestrial Ecology
1/18/18AbramoffRoseThe Millennial Model: In Search of Measurable Pools and Transformations for Modeling Soil Carbon in the New CenturyTerrestrial Ecology
1/18/18GriffithsNatalieTemporal and Spatial Variation in Peatland Carbon Cycling and Implications for Interpreting Responses of an Ecosystem-Scale Warming ExperimentTerrestrial Ecology
2/5/18TasNeslihanSoil Microbiome in Arctic Polygonal Tundra UnlockedTerrestrial Ecology
2/6/18MayesMelanieCommunity Proteogenomics Reveals the Systemic Impact of Phosphorus Availability on Microbial functions in Tropical SoilTerrestrial Ecology
2/16/18McDowellNateA Challenging Future for Tropical ForestsTerrestrial Ecology
2/23/18RileyWilliamAn Improved Numerical Method For Solving Depth-Resolved Biogeochemical ModelsTerrestrial Ecology
2/28/18RileyWilliamThermodynamic Links Between Substrate, Enzyme, and Microbial DynamicsTerrestrial Ecology
2/28/18HansonPaulForest Lichens May Suffer Changes in Production and Range with Future Environmental WarmingTerrestrial Ecology
3/6/18AlbertLorenPhotosynthetic Capacity of Branches Increases During the Dry Season in a Central Amazon ForestTerrestrial Ecology
3/7/18DettoMatteoResource Acquisition and Reproductive Strategies of Tropical Forest in Response to the El Niño–Southern OscillationTerrestrial Ecology
3/8/18AndereggWilliamPlant Water Potential Improves Prediction of Empirical Stomatal ModelsTerrestrial Ecology
3/8/18DaviesStuartDrought-Induced Mortality Patterns and Rapid Biomass Recovery in a Terra Firme Forest in the Colombian AmazonTerrestrial Ecology
3/8/18FisherRosieVegetation Demographics in Earth System Models: A Review of Progress and PrioritiesTerrestrial Ecology
3/8/18LeungL. RubyLateral Processes Dominate Control of Water Available to Tropical ForestsTerrestrial Ecology
3/12/18ChambersJeffreyRapid Remote Sensing Assessment of Impacts from Hurricane Maria on Forests of Puerto RicoTerrestrial Ecology
3/19/18LawBeverlyPortfolio of Land Use Strategies Can Increase Future Carbon Sequestration in Moist Temperate ForestsTerrestrial Ecology
3/22/18TornMargaretSoil Moisture Mediates the Effects of Heating, Roots, and Depth on Root Litter DecompositionTerrestrial Ecology
3/26/18Ajo-FranklinJonathanAn Effective-Medium Model for P-Wave Velocities of Saturated, Unconsolidated Saline PermafrostTerrestrial Ecology
3/30/18PowellThomasEcological Role of Xylem Refilling in Woody PlantsTerrestrial Ecology
4/9/18JastrowJulieReforestation Can Sequester Globally Significant Amounts of Soil CarbonTerrestrial Ecology
4/23/18ChambersJeffreyVulnerability of Amazon Forests to Storm-Driven Tree MortalityTerrestrial Ecology
4/23/18GuBaohuaTeasing Out Molecular Details of Arctic Soil Organic Carbon Degradation Under WarmingWatershed Sciences
4/25/18SilverWhendeeDrought Drives Rapid Shifts in Tropical Rainforest Soil Biogeochemistry and Greenhouse Gas EmissionsTerrestrial Ecology
4/30/18Sánchez-de LeónYaniriaIncreased Earthworm Density Supports Soil Carbon Storage in a Forest Exposed to Elevated CO2Terrestrial Ecology
5/11/18WullschlegerStanDepth-Resolved Physicochemical Characteristics of Active Layer and Permafrost Soils in an Arctic Polygonal Tundra RegionTerrestrial Ecology
5/11/18GuhaAnirbanSurviving the Heat: Resilience to Extreme Temperatures Varies by SpeciesTerrestrial Ecology
5/22/18PowersJenniferSoil Microbial Controls on CO2 Fluxes in a Tropical Dry ForestTerrestrial Ecology
5/23/18PowersJenniferPatterns in Root:Shoot Ratios in Tropical Forests Across the GlobeTerrestrial Ecology
5/25/18RileyWilliamAccelerated Nutrient Cycling and Increased Light Competition will Lead to 21st Century Shrub Expansion in North American Arctic TundraTerrestrial Ecology
5/25/18RileyWilliam21st Century Tundra Shrubification Could Enhance Net Carbon Uptake of North America Arctic Tundra Under an RCP8.5 Climate TrajectoryTerrestrial Ecology
5/30/18WuJinSpatio-Temporal Convergence of Maximum Daily Light-Use Efficiency Based on Radiation Absorption by Canopy ChlorophyllTerrestrial Ecology
6/2/18EissenstatDavidSimulating the Spatial Variation of Carbon Processes at a Critical Zone ObservatoryTerrestrial Ecology
6/4/18McFarlaneKarisLocal Heterogeneity of Carbon Accumulation Throughout the Peat Profile of an Ombrotrophic Northern Minnesota BogTerrestrial Ecology
7/11/18BaileyVanessaSoil Properties Explain Diversity of Moisture-Driven Microbial Respiration ResponseTerrestrial Ecology
7/27/18SchadtChristopherTemperature Sensitivity of Deep Peat Microbial EnzymesTerrestrial Ecology
8/1/18Bond-LambertyBenGlobally Rising Soil Heterotrophic Respiration over Recent DecadesTerrestrial Ecology
8/14/18NorbyRichardControls on Nitrogen Availability in the Arctic TundraTerrestrial Ecology
8/21/18XuChonggangClimate Sensitive Size-Dependent Survival In Tropical TreesTerrestrial Ecology
8/21/18XuChonggangTraits Drive Global Wood Decomposition Rates More than ClimateTerrestrial Ecology
8/28/18WalkerAnthonyModeling with Multiple Models Made EasyTerrestrial Ecology
9/4/11BridghamScottSmall Differences in Ombrotrophy Control Regional-Scale Variation in Methane Cycling among Sphagnum-Dominated PeatlandsTerrestrial Ecology
10/5/18HubbardSusanA New Entropy-Based Scheme Reveals Dominant Controls on Greenhouse Gas (GHG) Flux Variability in an Arctic LandscapeTerrestrial Ecology
10/9/18DaviesStuartCrown Damage and the Mortality of Tropical TreesTerrestrial Ecology
10/9/18JanAhmadRepresenting Microtopography Effects in Hydrology ModelsTerrestrial Ecology
11/20/18LawBeverlyNear-Future Forest Vulnerability to Drought and Fire Varies Across the Western United StatesTerrestrial Ecology
12/17/18GriffithsNatalieInfluence of Dual Nitrogen and Phosphorus Additions on Nutrient Uptake and Saturation Kinetics in a Forested Headwater StreamTerrestrial Ecology
1/16/19MegonigalPatMethane Production and Emissions in Trees and ForestsTerrestrial Ecology
1/31/19JastrowJulieForecasting the Decomposability of Organic Matter in Warming Tundra SoilsTerrestrial Ecology
2/1/19RileyWilliamArctic Waterbodies have Consistent Spatial and Temporal Size DistributionsTerrestrial Ecology
2/4/19JardineKolbyVolatile Monoterpene "Fingerprints’"of Resinous Protium Tree Species in the Amazon RainforestTerrestrial Ecology
2/6/19GuLianhongNovel Sun-Induced Chlorophyll Fluorescence (SIF) Measurement System Advances New Science at Flux SitesTerrestrial Ecology
2/11/19XuChonggangHomeostasis of Tropical Forest CarbohydratesTerrestrial Ecology
2/21/19WoodJeffreyA 2017 Planetary-Scale Power Outage: Weather and Ecological Impacts of a Total Solar EclipseTerrestrial Ecology
2/27/19WalkerAnthonyA Decade of CO2 Enrichment Stimulates Wood Growth by 30%Terrestrial Ecology
3/6/19JafarovElchinArctic Greening Thaws Permafrost, Boosts Groundwater FlowTerrestrial Ecology
3/7/19NeumannRebeccaWarming Effects of Spring Rainfall Increase Methane Emissions from Thawing PermafrostTerrestrial Ecology
3/7/19AboltChuckMachine-Learning-Based Measurement of Ice Wedge Polygon PropertiesTerrestrial Ecology
3/13/19BaldocchiDennisSeeing the Vegetation Canopy from Wind MeasurementsTerrestrial Ecology
3/19/19TornMargaretRoot Litter Decomposition Slows with Soil DepthTerrestrial Ecology
3/21/19RogersAlistairTemperature Dependence of Plant Photosynthesis at the Global ScaleTerrestrial Ecology
3/28/19JafarovElchinNew Free Online Modeling Tool Broadens Permafrost ResearchTerrestrial Ecology
4/17/19RileyWilliamClimate Change Will Result in Large Increase in Methane Emissions in Polygonal TundraTerrestrial Ecology
4/17/19RileyWilliamModeling Climate Change Impacts on an Arctic Polygonal Tundra: Rates of Permafrost Thaw Depend on Changes in Vegetation and DrainageTerrestrial Ecology
4/18/19MedvigyDavidSoil Property Variation Drives Large Differences in Tropical Forest Secondary SuccessionTerrestrial Ecology
4/26/19GuLianhongTheoretical Foundation for Applying Sun-Induced Chlorophyll Fluorescence in Global Photosynthesis ResearchTerrestrial Ecology
5/21/19BennettKatrinaUsing Remotely Sensed Data To Advance Streamflow Forecasts in Subarctic WatershedsTerrestrial Ecology
6/3/19RogersAlistairTerrestrial Biosphere Models May Overestimate Arctic CO2 Assimilation if They Do Not Account For the Effect of Low Temperature on PhotosynthesisTerrestrial Ecology
7/16/19MayesMelanieSoil Minerals Reduce Phosphorus AvailabilityTerrestrial Ecology
8/19/19BaileyVanessaA Slippery Slope: Soil Carbon DestabilizationTerrestrial Ecology
10/4/19BiraudSébastienField Evaluation of Gas Analyzers for Measuring Ecosystem FluxesTerrestrial Ecology
7/20/16IversenColleen M.Thawing Permafrost Could Accelerate Carbon Releases to the AtmosphereTerrestrial Ecology
10/14/19MegonigalPatNitrogen Status Regulates Morphological Adaptation of Marsh Plants to Elevated CO2Terrestrial Ecology
10/15/19RileyWilliamCompetitor Sizes and Diffusion Determine Kinetics that Best Approximate Biogeochemical Reaction RatesTerrestrial Ecology
10/22/19YangXiaojuanThe Effects of Phosphorus Cycle Dynamics on Carbon Sources and Sinks in the Amazon Region: A Modeling Study Using ELM v1Terrestrial Ecology
10/22/19BurnettAngelaThe ‘One-Point’ Rapid Method for Estimating the Capacity for Photosynthetic CO2 Assimilation Must be Used with CautionTerrestrial Ecology
11/7/19NeumannRebeccaPlant Root Exudates Increase Methane Emissions Through Direct and Indirect PathwaysTerrestrial Ecology
11/21/19SerbinShawnFrom the Arctic to the Tropics: Multibiome Prediction of Leaf Mass per Area Using Leaf ReflectanceTerrestrial Ecology
11/22/19WullschlegerStanDistributed Temperature Profiling Method for Assessing Spatial Variability in Ground Temperatures in a Discontinuous Permafrost Region of AlaskaTerrestrial Ecology
12/18/19RogersAlistairNo Evidence for Triose Phosphate Limitation of Light-Saturated Leaf Photosynthesis Under Current Atmospheric CO2 ConcentrationTerrestrial Ecology
1/6/20RawlinsMichaelChanges in Northern Alaska’s Land-to-Ocean River FlowsTerrestrial Ecology
1/15/20FisherJoshuaAbility of Ecosystems to Absorb CO2 from Atmosphere Limited by Nitrogen and Phosphorus Availability in SoilsTerrestrial Ecology
1/24/20IversenColleenTRY: A Freely Available Global Plant Trait DatabaseTerrestrial Ecology
1/25/20WiederWillArctic Soil Governs Whether Climate Change Drives Global Losses or Gains in Soil CarbonTerrestrial Ecology
1/30/20SchadtChristopherConstraints on Microbial Communities, Decomposition, and Methane Production in Deep Peat DepositsTerrestrial Ecology
2/4/20WullschlegerStanFor Water on the Arctic Tundra, Timing Is EverythingTerrestrial Ecology
2/6/20RogersAlistairThe Response of Stomatal Conductance to Seasonal Drought in Tropical ForestsTerrestrial Ecology
3/25/20KeenanTrevorGrowth And Opportunities In Networked Synthesis Through AmeriFluxTerrestrial Ecology
3/27/20PenningtonStephanieSoil “Breathes Out” More CO2 During Warmer Temperatures When Near Large TreesTerrestrial Ecology
4/1/20SerbinShawnLeaf Reflectance Spectroscopy Captures Variation in Carboxylation Capacity Across Species, Canopy Environment, and Leaf Age in Lowland Moist Tropical ForestsTerrestrial Ecology
4/7/20IversenColleenThe Tundra Trait Team: Advancing Understanding and Model Representation of Tundra Plant StrategiesTerrestrial Ecology
4/19/20JardineKolbyThe Distribution of Leaf Isoprene and Monoterpene Emissions in the Five Most Abundant Tree Types in the Amazon BasinTerrestrial Ecology
4/15/15TangYounengImmobilization of Heavy Metals via Two Parallel Pathways During in situ BioremediationWatershed Sciences
4/30/15BryneJamesMicrobes Use Tiny Magnets as BatteriesWatershed Sciences
11/16/15RothEricColloid Deposit Morphology Controls Permeability in Porous MediaWatershed Sciences
1/8/16ButlerElizabethPotential for Reoxidation of Iron-Chromium Precipitates by Manganese OxideWatershed Sciences
7/8/16BargarJohnNew Molecular Insights into the Structural Mechanism of Uraninite OxidationWatershed Sciences
7/14/16MaxwellReedReconciling Observations and Global Models of Terrestrial Water FluxesWatershed Sciences
8/8/16CoonEthanManaging Complexity in Simulations of Land Surface and Near-surface ProcessesWatershed Sciences
2/3/17KemnerKennethClay Minerals and Metal Oxides Can Change How Uranium Travels Through SedimentsWatershed Sciences
2/20/17KemnerKennethA Novel Iron-Loving Bacterium from the Deep SubsurfaceWatershed Sciences
4/13/17BargarJohnSorption to Organic Matter Controls Uranium MobilityWatershed Sciences
7/13/17CoonEthanBuilding Confidence in Hydrologic ModelsWatershed Sciences
7/21/17JanAhmadModeling Across Multiple Scales to Enable System-Level Understanding of a WatershedWatershed Sciences
9/18/17WainwrightHarukoComparison of Electrostatic and Non-Electrostatic Models for U(VI) Sorption on Aquifer SedimentsWatershed Sciences
10/5/17NicoPeterFirst Measurements of Dark Reactive Oxygen Species in a Groundwater AquiferWatershed Sciences
10/20/17KemnerKennethIncorporation of Arsenic into Magnetite Reduces Arsenic Mobility in WaterWatershed Sciences
10/24/17BargarJohnThermodynamic Preservation of Carbon in Anoxic EnvironmentsWatershed Sciences
10/25/17BargarJohnA Regional Model for Uranium Redox State and Mobility in the EnvironmentWatershed Sciences
11/10/17HubbardSusanNew Approach to Characterize Natural Organic Matter in Belowground SedimentsWatershed Sciences
1/5/18TartakovskyAlexandreModeling the Flow of Fluids Through Microfluidic DevicesWatershed Sciences
2/14/18HubbardSusanMicrobial “Hotspots” and Organic Rich Sediments are Key Determinants of Nitrogen Cycling in a FloodplainWatershed Sciences
2/15/18HuangMaoyiSimulating Interactions among River Water, Groundwater and Land Surfaces by Coupling Different ModelsWatershed Sciences
2/15/18GrahamEmilyHow Shoreline Vegetation Protects Sediment-Bound CarbonWatershed Sciences
2/16/18BrooksScottClarifying Rates of Methylmercury ProductionWatershed Sciences
3/21/18ScheibeTimMaking Sense of Chromium Migration and Immobilization at the River’s EdgeWatershed Sciences
3/28/18TartakovskyAlexImproving Accuracy of Subsurface Flow and Transport ModelsWatershed Sciences
5/11/18HubbardSusanBerkeley Lab Researchers Identify New Microbial Players in the Global Sulfur CycleWatershed Sciences
5/16/18HubbardSusanSpring Snowmelt Drives Transport and Degradation of Dissolved Organic Matter in a Semiarid FloodplainWatershed Sciences
5/16/18HubbardSusanNew Approach to Predict Flow and Transport Processes in Fractured Rock uses Causal ModelingWatershed Sciences
8/6/18HubbardSusanUsing Scale-Adaptive Modeling to Predict Watershed Function and Response to DisturbanceWatershed Sciences
8/30/18CarrollRosemaryFactors Controlling Seasonal Groundwater and Solute Flux from Snow-Dominated Basins into StreamsWatershed Sciences
7/6/18CarrollRosemaryFactors Driving Seasonal Groundwater and Solute Flux from Snow Basins to StreamsWatershed Sciences
10/10/18HubbardSusanGeochemical Exports to River from the Intra-Meander Hyporheic Zone under Transient Hydrologic Conditions: East River Mountainous Watershed, ColoradoWatershed Sciences
10/10/18HubbardSusanUsing Strontium Isotopes to Evaluate How Local Topography Affects Groundwater RechargeWatershed Sciences
10/10/18NewcomerMichelleInfluence of Hydrological Perturbations and Riverbed Sediment Characteristics on Hyporheic Zone Respiration of CO2 and N2Watershed Sciences
10/10/18WanJiaminFundamental Understanding of Engineered Nanoparticle Stability in Aquatic EnvironmentsWatershed Sciences
10/10/18WanJiaminUnexpected High Carbon Fluxes from the Deep Unsaturated Zone in a Semi-Arid RegionWatershed Sciences
10/26/18HubbardSusanReplicating Subsurface Processes in the LaboratoryWatershed Sciences
2/13/19BargarJohnHexavalent Uranium Storage Mechanisms in Wet-Dry Cycled Sediments at Contaminated DOE Sites in the Western United StatesWatershed Sciences
10/10/18HaoZhaoMachine Learning Aids Understanding of Nanoscale Chemical Heterogeneity of Shale Materials
8/24/18GrahamEmily B.New Approach for Studying How Microbes Influence Their EnvironmentWatershed Sciences
6/17/19ChenXingyuanAssessing Sources of Uncertainty in Predictions from a Reactive Transport ModelWatershed Sciences
4/23/19ChenXingyuanNew Model Shows Hydrologic Exchange is Primarily Controlled by the Thickness of Permeable Sediments along the River BankWatershed Sciences
7/31/20ScheibeTimothyMulti-Omics Data are Key to Advancing Reactive Transport ModelsWatershed Sciences
6/1/19LiuHepingImproving Measurements of CO2 Fluxes from LandscapesWatershed Sciences
4/10/19BaoJieNew Model Enables Scientists to Predict Hydrologic Exchange Fluxes at River Reach Scale
8/1/19HouZhangshuanRiverbed Sediment Types are Key for Understanding Biogeochemical Processes in WatershedsWatershed Sciences
1/30/19FangZhufengStreamflow Partitioning and Transit Time Distribution in Snow-Dominated Basins as a Function of ClimateWatershed Sciences
5/28/19CarrollRosemary Mechanisms of Groundwater Recharge in a Snowmelt-Dominated Headwater BasinWatershed Sciences
6/17/19FalcoNicolaUsing Remote Sensing to Determine the Relationship Between Soil Conditions and Plant CommunitiesWatershed Sciences
5/29/19BanfieldJillianMajor New Microbial Groups Expand Diversity and Understanding of the Tree of LifeWatershed Sciences
5/29/19BanfieldJillianInsights into the Ecology, Evolution, and Metabolism of Woesearchaeotal LineagesWatershed Sciences
2/3/21BanfieldJillianRecovery of Genomes from Complex Environmental Samples is Greatly Improved using a Novel Analytics ToolWatershed Sciences
9/25/19DwivediDipankarAbiotic and Biotic Controls on Soil Organo–Mineral InteractionsWatershed Sciences, Terrestrial Ecology
2/20/20BargarJohnRedox Interfaces Can Produce Toxic Arsenic Levels in Groundwater from Low Arsenic-Abundance SedimentsWatershed Sciences
8/14/20FrancisChrisMicrobial Communities in Floodplain Soils Remain Unchanged Throughout Seasonal Redox and Water Table FluxWatershed Sciences
7/8/19WainwrightHarukoNew Insights into Contaminant Mobility Under Increased and Extreme PrecipitationWatershed Sciences
6/20/20BanfieldJillianHydrogen-Based Metabolism as an Ancestral Trait in Phyla Related to the CyanobacteriaWatershed Sciences