Critical Zone Science InTeGrate Teaching Team (Washburne)

Slides:

Advertisements

Similar presentations

Embedded sensor network design for spatial snowcover Robert Rice 1, Noah Molotch 2, Roger C. Bales 1 1 Sierra Nevada Research Institute, University of.

Advertisements

Timber harvest effect on soil moisture in the southern Sierra Nevada: Is there a measurable impact? Matthew W Meadows 1, Roger Bales 1, Martha Conklin.

MODIS image of central California Funding. The SSCZO is supported by NSFs Earth Sciences DivisionMore information:

Catchment Scale Streamflow Response to Climate Variability in the Rain-Snow Transition Zone of California's Sierra Nevada Mountains T.C. Harmon [1,2] and.

Monitoring the hydrologic cycle in the Sierra Nevada mountains.

CZO N-S transect of research catchments Main CZO site Wolverton Last Chance Sugar PineSugar Pine Gin FlatGin Flat MODIS ImageMODIS Image.

Technology Overview Geographic Information Systems.

Southern Sierra Annual Meeting Critical Zone Tree (CZT-1) Update Hopmans, Hartsough, Malazian, Nasta, Albane, Tamir and Katya UC Davis Sept. 8, 2009.

Hydrological Modeling FISH 513 April 10, Overview: What is wrong with simple statistical regressions of hydrologic response on impervious area?

Southern Sierra Critical Zone Observatory Integrating water cycle & biogeochemical processes across the rain-snow transition R. Bales a, B. Boyer b, M.

Southern Sierra CZO Funding. The instrument cluster and the CZO are supported by NSFs Earth Sciences Division. KREW is a program of the U.S. Forest Service.

Strategic sampling of microclimate, soil moisture and sapflux for improving ecohydrological model estimates in the California Sierra Kyongho Son and Christina.

Data Enriched Place-based Education 1- Dominion Christian School; 2- Earth & Environmental Systems Institute, Pennsylvania State University; 3- Department.

Fire – Climate Relations in the Western Sierra Nevada Tom Swetnam & Chris Baisan.

Embedded sensor network design for spatial snowcover Robert Rice 1, Noah Molotch 2, Roger C. Bales 1 1 Sierra Nevada Research Institute, University of.

CZOs & water security: Western U.S. lessons & global implications NASA-MODIS satellite image Roger Bales Professor & Director Sierra Nevada Research Institute.

Jenna Forsyth 12/07/09 Chester Morse Lake, Cedar River Watershed, WA Photo Courtesy of

Hydrologic Information System for the Nation David R. Maidment Director Center for Research in Water Resources, University of Texas at Austin.

Southern Sierra Critical Zone Observatory Activities from 2009 annual report Investigators: UCM: R. Bales (PI), M. Conklin, S. Hart, A. Behre UCB: J. Kirchner,

CZO. Southern Sierra CZO: snowline processes CZO.

Discussion Topics – Delaware River Basin Pilot Project Synergistic opportunities between FIA/FHM/GC/USGS –Scaling – top down/bottom up – multi-tier approach.

Scales of Sierra Nevada watersheds Fewer than 20 main rivers, each of which drains 1,000-5,000 km 2 above the mountain front The greater San Joaquin (mountains.

WinTR-20 Data Converter May WinTR-20 Project Formulation Hydrology Converting Old TR-20 Input Files to New WinTR-20 Format Presented by: WinTR-20.

The Southern Sierra Critical Zone Observatory (CZO) is designed as a platform for integrated, multi-disciplinary research and scientific information that.

COSMOS use at the Southern Sierra Critical Zone Observatory 3 rd Annual COSMOS Workshop Matthew Meadows Sierra Nevada Research Institute University of.

Hamilton, S. K Water quality and movement in agricultural landscapes. Pages in S. K. Hamilton, J. E. Doll, and G. P. Robertson, editors.

Organizing Layers in ArcMap … … as well as your data folders! You can make Group Layers in your TOC to keep your layers sorted. This is similar to organizing.

Building a GIS Dataset of the Walnut Creek Watershed Sally Holl.

Understanding Hydro-geochemical Process Coupling at the Susquehanna Shale Hills Critical Zone Observatory (SSHCZO) Using RT-Flux-PIHM: an integrated hydrological-reactive.

MODSCAG fractional snow covered area (fSCA )for central and southern Sierra Nevada Spatial distribution of snow water equivalent across the central and.

Statistical Water Supply (SWS) Mathematical relationships, in the form of regression equations, between measurements of observed climate conditions (predictor.

Hydrology of Colorado Water By Travis Hoesli. Hydrology of Colorado Unit Learning Objectives Recognize the Hydrologic Cycle that affects Colorado Water.

Introduction to Critical Zone science and CZ Observatories (CZO) Dr. Tim White Earth and Environmental Systems Institute The Pennsylvania State University.

Southern Sierra Critical Zone Observatory Integrating measurements for advances in hydrology & geochemistry A research platform for studying Earth surface.

Critical Zone Observatory Data Discovery Each CZO maintains its own data management system(s) using the data formats it prefers The three CZO’s have a.

Goal: to understand carbon dynamics in montane forest regions by developing new methods for estimating carbon exchange at local to regional scales. Activities:

m | °C | Oak (Quercus kelloggii) woodlands with pine, annual grasses and native grasses and forbs 513 mm precipitation per year, predominantly.

AOM 4643 Principles and Issues in Environmental Hydrology.

Intellectual Merit: NSF supported researcher Roger Bales and colleagues have developed a prototype instrument cluster for the study of mountain hydrology,

Section 3: The Hydrosphere & Biosphere Standards: SEV1d, SEV2b

Digital Library File Structure: Sierra Nevada Field WorkLab Work Location 1Location 2… Sensors+Loggers SEE SLIDE 2 Data Processing Scripts Software as.

National CZO program (network): Established 2007: Southern Sierra, Boulder Creek (Suzanne Anderson), Susquehanna-Shale.

S One of the primary roles of modeling in critical zone research studies is to provide a framework for integrating field measurements and theory and for.

Integrated measurements & modeling of Sierra Nevada water budgets UCM PI: Roger Bales LLNL Co-PI: Reed Maxwell.

Modeling Source-water Contributions to Streamflow

Sierra Nevada Research Institute

Forests and Water in the Sierra Nevada

Susquehanna/Shale Hills Critical Zone Observatory

Precipitation-Runoff Modeling System (PRMS)

Sierra Nevada Research Institute

Hydrology of Colorado Water

in the Neversink River Basin, New York

Which physical region is Missouri located in?

Critical Zone Science InTeGrate Teaching Team (Washburne)

Introduction to Critical Zone science and CZ Observatories (CZO)

HydroDesktop: A Key Component of the CUAHSI/CZO HIS for Hydrologic Data Discovery, Visualization, and Analysis Daniel P. Ames, Ph.D. P.E. Idaho State University.

THE WATER CYCLE (Hydrologic Cycle). THE WATER CYCLE (Hydrologic Cycle)

Measuring mountain water cycle at the basin scale

Staying afloat in the sensor data deluge

Using isotopes to identify source waters: mixing models

Susquehanna/Shale Hills Critical Zone Observatory

Intro to Critical Zone Science InTeGrate Teaching Team

Challenges & opportunities: water resources information systems

Snow Water Equivalent vs. Stream Discharge Comparison

Measuring Atmospheric N Inputs

Southern Sierra – Conceptual Model

Forests, water & research in the Sierra Nevada

The Basics of Hillslope Hydrology with Examples from Tracer Studies in the Boulder Creek Critical Zone Observatory Eve-Lyn Hinckley Intro to Hydrology.

Real-time Sierra Nevada water monitoring system

Hydrologic modeling of Waller Creek

Presentation transcript:

Critical Zone Science InTeGrate Teaching Team (Washburne) CZO Field Sites & Data Critical Zone Science InTeGrate Teaching Team (Washburne)

CZO Conceptual Watershed Sampling Remote Sensing Atmosphere Flux Tower Tree – Sap Flow Soil Pit Snow Stream Amt/chem Recharge GW Flow Watershed schematic – SSN CZO

BC – Boulder Creek 3800 m, Green Lakes 2600 m, Gordan Gulch 1900 m, Betasso © Boulder Creek Critical Zone Observatory

Boulder Creek

JBC – Jemez Basin - Catalina 3000 m, Jemez High Elev 3000 m, Mixed Conifer 2500 m, Marshall Gulch 2800 m, Jemez Mid-Elev 2540 m, Ponderosa Pine 1100 m, Biosphere 2

JBC- Jemez River Basin

JBC - Santa Catalina Mts

SSH-Susquehanna Shale Hills © Susquehanna Shale Hills Critical Zone Observatory

Susquehanna Shale Hills

SSN – Southern Sierra Nevada 2700 m, Shorthair Ck 2015m, Providence CK P301 2500m, Wolverton Basin © Southern Sierra Critical Zone Observatory

Southern Sierra Nevada

Luquillo PR 1030 m, East peak 300 m, Bisley

Christina River Basin

Old format – limited 

Components

“Old Format”

CZO Metadata

TARGET PLOTTING FORMAT – depends on availability Unit Labels - may have scaling factor Met/Atmo variables Graph Key @ mean value Energy Flux variables 30 min data, daily avg. plotted cyan – weekly running avg. Carbon Flux variables

NON-STANDARD EXAMPLE Met/Atmo variables Energy Flux variables – missing LE and H Carbon Flux variables – missing so other stuff

CZO Flux Towers – main points Different periods of record 2011 most overlap Differing status L1/private, L2/conditional, L3/gap filled Different parameters and format particularly date and missing data formats challenging to read using Matlab