Understanding the carbon cycle in complex terrain at the Shale Hills Critical Zone Observatory
529 Walker Building.
If A Tree Falls: Plant Regeneration and Soil Trends in a Pennsylvania Tree Tip-Up Chronosequence
217 Forest Resources Building.
Rooting for you: incorporating microbes, invertebrates and plant-root associations into food-web processes
118 ASI Building.
117 EES Building and the CZO field sites.
541 Deike Building.
Precepts of Collaboration and Authorship of CZO Manuscripts
217 Forest Resources Building.
Understanding the Carbon Cycle in Complex Terrain at Shale Hills Critical Zone Observatory
117 EES Building.
Surface and shallow subsurface nutrient transport within an agriculturally active central Pennsylvanian lanscape
541 Deike Building.
Presentation by Dr. Sarah Ivory, Assistant Professor of Geosciences, on her paleoecology research and critical zone interests
402 Steidle Building.
Presentation by Warren Reed, PhD Candidate Ecology, will present his local forest carbon pools vs. larger scale forest carbon dynamics research
117 EES Building.
Presentation by Dr. Anthony Buda, USDA-ARS Research Hydrologist, on pasture and watershed management research
217 Forest Resources Building.
Surface water-sediment interactions from pristine to contaminated catchments
541 Deike Building.
Understanding the effects of seasonality, land use, and lithology on water quality across scales: from a zeroth order catchment to a HUC 10 watershed
541 Deike Building.
Goldschmidt 2018 Annual Meeting in the John B. Hynes Veterans Memorial Convention Center, Boston, MA, USA
Boston, MA USA.
117 EES Building and the CZO field sites.
Proposed research by new team member, Dr. Sarah Ivory, and colleagues
117 EES Building.
Upscaling our CZO observations: from Shale Hills to Shaver's Creek and beyond
541 Deike Building.
Impact of trees in the CZO: what we know, new hypotheses, and next steps
117 EES Building.
AGU Fall Meeting 2017, New Orleans, LA
New Orleans Ernest N. Morial Convention Center.
William Ball, Executive Director Chesapeake Research Consortium, Inc., presents seminar Nov 30
100 Huck Life Sciences Building.
Improving prediction of soil carbon and fluxes at the plot to landscape scale
107 Forest Resources Building.
Short Term Fallout Radionuclides Reveal Sediment Mixing and Transport in the Critical Zone
401 Steidle Building.
Advancing Food-Energy-Water Sustainability through Critical Zone Science
110 Wartik Lab .
Elucidating How Landscape Heterogeneity Alters Concentration Discharge Behavior in Carbonate Headwater Streams
204 Sackett Building.
Dr. Eric Roden presents “Extracellular electron transfer (EET) in the critical zone"
401 Steidle Building.
Characterizing Structure and Geochemistry of Shale Pores by Neutron Scattering
541 Deike Building.
117 EES Building.
Data Flow & Management and Field Season Preparations
105 Forest Resources Building.
Understanding the lithology control of hydrologic processes across the Shale Hills and the Garner Run using model-data integration
117 EES Building.
105 Forest Resources Building.
117 EES Building.
Multi-scale Critical Zone architecture at Garner Run revealed from near-surface geophysics
117 EES Building.
Dissolved Organic Matter in Atmospheric Deposition: Inputs to Watersheds and Influences of Climate
217 Forest Resources Building.
Fully coupled hydrological and morphological processes for modeling landscape evolution
231A Sackett Building.
Penn State and the CZO field areas.
Nutrient dynamics across catchments: from the field to the model
105 Forest Resources Building.
Streambed surface water - groundwater interactions at Shale Hills Creek
117 EES Building.
105 Forest Resources Building.
Improving Estimates of Root Zone Soil Moisture to Understand Ecosystem Drought Sensitivity
319 Walker Building.
Kristen Brubaker presents “Understanding the influence of bedrock on patterns of vegetation and fine scale above-ground carbon storage"
117 EES Building.
217 Forest Resources Building.
Forest ecohydrology in a central Pennsylvania catchment: A stable isotope approach
105 Forest Resources Building.
Using a CZO network to explore the architecture, dynamics and evolution of the Critical Zone
Online.
Forests and the critical zone: known knowns and known unknowns
117 EES Building.
Development of an integrated hydrogeochemical model RT-Flux-PIHM: what have we learned?
105 Forest Resources Building.
Dr. Hyojin Kim will present "Water chemistry evolution through the critical zone revealed by parallel hydrochemistry observations"
117 EES Building.
Modeling, parameter optimization, and ecohydrologic assessment of watershed systems
231 Sackett Building .
Topographic Fingerprints of Hillslope Erosion in the Central Appalachians Revealed by Meteoric Beryllium-10
541 Deike Building.
Investigating shale weathering across the Shale Transect
118 ASI Building.
MODELING, OPTIMIZATION, AND ECOHYDROLOGIC ASSESSMENT OF WATERSHED SYSTEMS
202 Hammond Building.
Effective rooting depth and water age of vegetation at the SSHCZO
102 Forest Resources Building.
Dr. Yuning Shi and Dr. Pamela Sullivan will speak on "Approaches to Earthcasting Climatic Controls on Shale Weathering"
117 EES Building.
The Architecture of Deep Weathering at Two CZOs: Groundwater, Regolith, and Solutes at Susquehanna Shale Hills and Luquillo Experimental Forest
Colorado Convention Center Mile High Ballroom 2C.
Geological Society of America, 2013 Annual Meeting - CZO presentations
Colorado Convention Center, Denver, Colorado.
Adding Time to Geochemical and Hydrologic Processes using Environmental Tracers by Dr. – Kip Solomon, Professor and Department Chair, Geology and Geophysics, University of Utah
301 Steidle Building.
CZOs give more than 125 presentations at the 2012 American Geophysical Union Fall Meeting
Moscone Center, Fourth and Howard Streets, San Francisco, CA.
Idealized experiments for data assimilation of vapor isotope with istopic AGCM and ensemble Kalman filter
301 Steidle Building.
SSHCZO Doctoral Dissertation Presentation
301 Steidle Building.
Critical Zone Seminar Series - All Hands Fall 2012
117 EES Building.
301 Steidle Building.
Eco-Hydrological research flow at SSHCZO -- watershed heat flow modeling
301 Steidle Building.
2012-05-22 Hydrologic and near-surface geologic variability in a small forested watershed neighboring the Susquehanna Shale Hills CZO
117 EES Building.
Temporal and Spatial Scaling of Evapotranspiration Using Plant Hydraulic Theory
301 Steidle Building.
Tree throw mini symposium featuring Eric Kirby, Rudy Slingerland and Tim White
301 Steidle Building.
"Fracture Patterns and Their Relation to Groundwater Flow" and the Lysina CZO
301 Steidle Building.
A Recap of the CZO LiDAR Workshop held in Berkeley, CA December 2011
301 Steidle Building.
The Susquehanna/Shale Hills Critical Zone Observatory: A Earth-System testbed for process and prediction
Online.
Geomorphic and stratigraphic archives of hillslope erosion in the Shale Hills CZO
301 Steidle Building.
Catchment-Scale Soil Water Retention Characteristics and Delineation of Hydropedological Functional Units at Shale Hills
Ag Sciences and Industries Building (ASI) Room 324.
Water chemistry reflects hydrological controls on weathering at Shale Hills Critical Zone Observatory
301 Steidle Building.
Using Deuterium and Oxygen-18 to determine the flowpaths and timescales of water at the Susquehanna Shale Hills Critical Zone Observatory
Sackett Building Room 213.
Moving Toward Quantifying Heterogeneity Controls on Flow and Transport at the Shale Hills CZO
301 Steidle Building.
A Study of the Physical and Chemical Weathering of the Marcellus Black Shale in Central Pennsylvania
117 EES Building.
Laboratory, Field, and Modeling Analysis of Solute Transport Behavior at the Shale Hills Critical Zone Observatory
301 Steidle Building.
The Soil Biogeochemistry of Drought
101 Ag Sciences and Industries Building (ASI).
Coupling Hydropedology and Biogeochemistry in the Shale Hills CZO
101 Ag Sciences and Industries Building (ASI).
Controls of slope aspect on regolith formation and chemical weathering: U-series isotopes from Shale Hills
117 EES Building.
Using the stable isotope network to understand the hydrology of the Shale Hills CZO
117 EES Building.
Manganese at Shale Hills: Examining the biogeochemistry of industrial pollution
117 EES Building.