Measuring mountain water cycle at the basin scale

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 satellite image of Sierra Nevada snowcover Big data and mountain water supplies Roger Bales SNRI, UC Merced & CITRIS.
Observatory design in the mountain west: scaling measurements & modeling in the San Joaquin Valley & Sierra Nevada Scope: Establish a “virtual” hydrologic.
NOAA Hydrology Program Geoff Bonnin Office of Hydrologic Development NOAA National Weather Service x103 Geoff Bonnin.
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.
Integrated sensing and modeling on a sensor node Yeonjeong Park and Tom Harmon UC Merced Environmental Systems program.
CZO N-S transect of research catchments Main CZO site Wolverton Last Chance Sugar PineSugar Pine Gin FlatGin Flat MODIS ImageMODIS Image.
Climate Change Implications to the Sierra Nevada and the Central Valley Ryan Lucas Sierra Nevada Research Institute UC Merced
1 G EOSS A nd M AHASRI E xperiment in T ropics (GaME-T) Taikan Oki and Shinjiro.
Meteorological Instrumentation Setups and Measurements in Mica Creek Watershed Wenguang Zhao and Russell J. Qualls Idaho NSF EPSCoR Project.
All Sensors Note: Be sure you have already selected your station and time interval before choosing this product.
Southern Sierra CZO update Roger Bales, UC Merced –Science directions –Infrastructure update –Research highlights –SSCZO team –Data –Next steps Research.
Problem Description: Developing strategies for watershed management Problem Description: Developing strategies for watershed management Proposed Solution:
Southern Sierra Annual Meeting Critical Zone Tree (CZT-1) Update Hopmans, Hartsough, Malazian, Nasta, Albane, Tamir and Katya UC Davis Sept. 8, 2009.
Southern Sierra Critical Zone Observatory Integrating water cycle & biogeochemical processes across the rain-snow transition R. Bales a, B. Boyer b, M.
CITRIS 2011 Intelligent Water Infrastructure Initiative - IWII Groundwater Initiative Goals: Accomplish first-rate research on groundwater hydrology: infiltration,
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.
What Makes a Smart Controller “Smart”?. Definition “Smart controllers are irrigation clocks that automatically adjust irrigation run times in response.
Exercises: Organizing, Loading, and Managing Point Observations Using HydroServer Support EAR CUAHSI HIS Sharing hydrologic data
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.
Recent advances in remote sensing in hydrology
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.
The National Ecological Observatory Network is a project sponsored by the National Science Foundation and managed under cooperative agreement by NEON Inc.
Instrumentation Sales & Integration Doing business in the Environmental Monitoring and Control Industry since 1993.
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.
Mid-Atlantic Mesonet Consortium Founded through the State Climate Offices at: the University of Delaware and Rutgers, The State University of New Jersey.
© TAFE MECAT 2008 Chapter 6(b) Where & how we take measurements.
1 G EOSS A nd M AHASRI E xperiment in T ropics (GaME-T) Taikan Oki and Shinjiro.
Authors: B. Sc. Stanislava Stanković, School of Electrical Engineering, University of Belgrade B. Sc. Marko Stanković, School of Electrical Engineering,
Southern Sierra Critical Zone Observatory Integrating measurements for advances in hydrology & geochemistry A research platform for studying Earth surface.
Intellectual Merit: NSF supported researcher Roger Bales and colleagues have developed a prototype instrument cluster for the study of mountain hydrology,
Activity 4.2 Sierra annual Water Budget “Tree Scale”
Intensive water and chemistry flux site: paired canopy and open-canopy sites Water flux site: paired canopy and open-canopy sites Pyronmeter Throughfall.
Plan: 1)3 meter deep and a 10 meter deep holes at the undisturbed site. We have a location picked out and Yuri and I are planning to go there this week.
Evaporation What is evaporation? How is evaporation measured?
The Water Cycle. Think About It: Why is there humidity? There is moisture in the air. Why is there moisture in the air? It evaporates from lakes and oceans.
Toolik 2015 Met Station Update Lily Cohen Jessica Cherry Brie Van Dam Photo: Justin Johnson.
Sierra Nevada Research Institute mission Foster interdisciplinary research that focuses on the Sierra Nevada eco-region, including the Central Valley &
Sierra Nevada Research Institute Context & need Importance. Climate change is introducing unprecedented stresses into the Sierra Nevada water cycle, with.
Research design for hydrologic response to watershed treatments in the mixed conifer zone of California’s Sierra Nevada John Battles 1, Roger Bales 2,
Slide 1 U. S. Drought Monitor Forum Automated Soil Moisture Monitoring From CSCAN and SNOTEL Networks Garry L. Schaefer, WCM Branch Leader October 10,
Integrated measurements & modeling of Sierra Nevada water budgets UCM PI: Roger Bales LLNL Co-PI: Reed Maxwell.
Real-time Sierra Nevada water monitoring system Context & need Importance. Climate change introduces uncertainty into water forecasts that are based on.
Bias in April 1 forecasts (underforecast) for July-April unimpaired runoff for 15 Sierra Nevada basins was about 150% of average accumulation, i.e.
Sierra Nevada Research Institute, UC Merced Mission: Foster interdisciplinary research in the Sierra Nevada & Central Valley eco-region Facilitate synergistic.
The OFIDIA Project CMCC Lecce, MUST, November 24th, 2015
Effect of forest management on water yields & other ecosystem services in Sierra Nevada forests UCB/UC Merced/UCANR project.
Water & Sierra Nevada forests What do we know & what do we not know?
Embedded sensor network design for spatial snowcover Robert Rice1, Noah Molotch2, Roger C. Bales1 1Sierra Nevada Research Institute, University of California,
Broad, motivating science questions
Sierra Nevada Research Institute
Forests and Water in the Sierra Nevada
Sierra Nevada Research Institute
Meteorological Instrumentation
مدل ریاضی در آب‌های سطحی
Water team, watershed instrumentation
Challenges & opportunities: water resources information systems
Sierra Nevada Research Institute UC Merced
DL4-Met Hydroclimate Data Logger
Ruisdael Observatory:
Forests, water & research in the Sierra Nevada
Real-time Sierra Nevada water monitoring system
Weather Analysis.
Resource Management of Heterogeneous Wireless Sensor Networks
Meteorological Measurements for Improved Air Quality Modeling
Presentation transcript:

Measuring mountain water cycle at the basin scale satellite remote sensing multiple instrument clusters in a basin flux tower Instrument cluster Flux tower or meteorological station Embedded sensor network Sap flow array Stream & groundwater sensors Data & communication hub Roger Bales, Sierra Nevada Research Institute, UC Merced

Embedded sensor network for mountain water cycle Sensors snow depth air temperature relative humidity solar radiation soil moisture soil temperature … Pod microcomputer data storage radio battery solar cell One node Mother pod signal/data to/from other nodes signal/data network data & control data logger & IP connection via phone, radio or direct signal/data to/from UC Merced Roger Bales, Sierra Nevada Research Institute, UC Merced

Pod & snow pinger at Gin flat Roger Bales, Sierra Nevada Research Institute, UC Merced

Mother pod, data logger & snow pinger at Gin flat Roger Bales, Sierra Nevada Research Institute, UC Merced

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2024 SlidePlayer.com Inc. All rights reserved.