Jillian Phillips 2010 STEP Soil Science Student Intern USDA-NRCS.

Slides:



Advertisements
Similar presentations
Estimates of Arctic Wetland Extent Using Ground Penetrating Radar Stefan Schultheiss 1 ; Christoph E. Geiss 2 ; Phil Camill 5 ; Mark B. Edlund 4 ; Charles.
Advertisements

Falmouth High School Freshman Science School Grounds Survey Project Kimberly Blenk Gary Glick Chris Moore Summer 2011.
Soil & Site Investigation
Soil formation begins with weathering of bedrock
Establishing GIS for Management in the Sauvie Island Wildlife Management Area, Oregon Jeremy Hruska Masters Degree in GIS Candidate Penn State University.
Group IV Project Information Presentation. Purpose of Project IB wants students to realize that real research is interdisciplinary Working with a collaborative.
PRESENTATION ON “ Processing Of Satellite Image Using Dip ” by B a n d a s r e e n i v a s Assistant Professor Department of Electronics & Communication.
Plymouth County Soil Survey Update (Extensive Revision ) It’s Done!
Georeferencing Rapid Bio-Assessment Survey Data: GIS Applications in the Upper Nehalem Watershed, Oregon. William Vreeland Earth and Physical Sciences.
An overview of Wetland Delineation In preparation for next week’s field trip.
ELPUB 2006 June Bansko Bulgaria1 Automated Building of OAI Compliant Repository from Legacy Collection Kurt Maly Department of Computer.
Chapter 3, Section 3 Standards
Field Borings and Cone Penetration Testing
Oregon Explorer SMILE Teacher Workshop Tuesday August 10, 2010 Kuuipo Walsh Oregon Explorer
Technology Overview Geographic Information Systems.
To Predict The Heaving Potential of Soils Using GIS Presented by Sachin Kunagalli.
o What were we looking at? o The Pit Crew studied soil patterns throughout the landscape.
Geographic Information Systems : Data Types, Sources and the ArcView Program.
Information from stream sediments Measurement of concentration of metals present (as solids) in sediment Gives information on: 1.Background levels of contamination.
GIS and Agriculture. GIS and GPS GIS- A GIS is computer system capable or capturing, storing, analyzing, and displaying geographically referenced information.
Soils Investigation Soil Investigation
X Group: Carlson Pond Physical and Chemical Parameters Fish 415 Rochelle Ochoa, Earl Beasley, Will Kennedy, & Charles Reeves.
Finding a Site Survey and Excavation September 9, 2014 Anth 130.
Plymouth County Soil Survey Update (Extensive Revision) It’s Done!
Spatial Analysis of Raster Data: Analyzing the Effects of Ice Removal and Sea Level Rise on the Physiography of Antarctica M. Helper, UT Austin On the.
Why collect GPS data How are we going To find this trap???
XYit The universal tool for data capture By Geomatix Ltd UK.
Google Earth for Digital Earth Teaching and Learning Feng Qi, Department of Geology & Meteorology Kean University.
Chapter 12 Soil Examination
NOAA NRDA Data Management Webinar. FTP Site: Please download and print these instructions! Sampling Forms & Instructions.
Agriscience Unit 15 worksheet.
For Teachers.  Opportunity to DO science  Interest in integrated study and research  Strengthen skills  Use of inquiry-based scientific process 
NASIS NATIONAL SOIL INFORMATION SYSTEM -- AN OVERVIEW.
Communicating with Blogs and Online Maps Peter Linehan Associate Professor of Forestry Penn State Mont Alto Teaching and Learning with Technology Symposium.
NRCS Soils Data National Soil Information System NASIS.
Roger Miller, Arkansas Department of Environmental Quality Barry Jackson, USGS Arkansas Water Science Center ARKANSAS EXCHANGE NETWORK FOR GROUNDWATER-QUALITY.
CAP PROCESS MAPS: VIABILITY MAPS During a CAP process, it can be useful to produce maps that show areas where viability or conservation status is better.
RAP: All are from Alternative Energy
Land Treatment and the Conservation Planning Process CNMP Core Curriculum Section 3 — Land Treatment Practices.
Site Investigation and Storage Structure Sizing CNMP Core Curriculum Section 4 – Manure Wastewater Storage and Handling.
GIS Data Quality.
Instructor: Paul Lowrey Barb Rademacher Joan Reynolds Brina Smith David Walker.
U.S. Department of the Interior U.S. Geological Survey Historical Topographic Map Collection David Nail U.S. Geological Survey Mid-West Area Geospatial.
Using Soil Surveys for Geomorphic Analysis Holly A.S. Dolliver Assistant Professor of Soil Science & Geology Plant and Earth Science Cutting Edge.
Bureau of Environmental Health Assessment Massachusetts Department of Public Health February 13, 2002 Public Meeting: MDPH Activities in South Weymouth.
Ecological Site Descriptions and State-and-Transition models of the Caldenal.
SLIC /JISC FE Survey Preliminary Findings Catherine Kearney Assistant Director (SLIC)
Field Instruction in Surface-Water Hydrology – Not a Summer Course Steve Custer Earth Sciences Montana State University Bozeman, MT
HYDROLOGIC DATA. BACKGROUND Analysis and synthesis of data is required to perform any hydrologic computation. The engineer needs to: Identify and define.
US Army Corps of Engineers Coastal and Hydraulics Laboratory Engineer Research and Development Center Lower Susquehanna River Watershed Assessment SedFlume.
MARINE SPATIAL DATA INFRASTRUCTURE : SOPAC GEONETWORK PACIFC ISLAND COUNTRIES GIS / RS USER CONFERENCE Keleni Raqisia.
Afghanistan Ministry of Mines and Industry and U.S. Geological Survey Cooperative Oil and Gas Resource Assessment of Afghanistan Progress Report by USGS.
A soil profile is an exposure from the surface downward through a soil to its parent material. Soils-3-1 Image: NRCS Image: Martin Miller.
U.S. Department of the Interior U.S. Geological Survey Monthly Progress for Africa GCEV2 Jun Xiong, Prasad, Pardha 23 October, 2014.
Life Science online SLO Assessment. Click on the course that you want to assess, e.g. Anthro 101.
Field investigations of abandoned Negro cemeteries using GPR presented by Alison Henning Rice University March 9, 2007.
Search Strategies & Catalog Instruction Frederic Murray Assistant Professor MLIS, University of British Columbia BA, Political Science, University of Iowa.
Data Management Webinar Kelly Knee & Kate Doiron.
1 Emergency Rescue Services GIS web applications for natural disasters Three modern web-based applications EMERGENCY_RESCUE_SERVICES_FIELD.
Using Historical Maps in Research A Case Study of Research in Burgundy France Amanda Tickner, Scott Madry, Elizabeth Jones, Seth Murray NC GIS Conference.
Hydrographic Survey Software for Windows
Chapter 20 by Sylvia M. DeSantis Nursing Research: Data Collection, Processing and Analysis.
POSTER TEMPLATE BY: Quaternary Stratigraphy and Dynamic Soil Properties of Loess Derived Soils in Southeastern Iowa Brad Oneal,
SEMBODAI RUKMANI VARATHARAJAN ENGINEERING COLLEGE DEPARTMENT OF CIVIL ENGINEERING FOUNDATION ENGINEERING BY KARTHIVELU.
Vision for Laboratory Data Distribution April 9, 2015 How Much of the Vision Has Been Realized since 2012 National Soil Survey Center Soil Survey Laboratory.
Sentek Training Presentation © 2003 All rights reserved Sentek Pty Ltd Sentek Sensor Technologies Installation of EasyAG 50 and EasyAG 80.
Digital Stewardship Curriculum
Collecting Extant Data
Lower Susquehanna River Watershed Assessment
CAP PROCESS MAPS: VIABILITY MAPS
Presentation transcript:

Jillian Phillips 2010 STEP Soil Science Student Intern USDA-NRCS

About me Junior at URI – College of Natural Resources. Home State Connecticut 1 st Place winner of National Soil Judging Competition in 2010, Texas

Summer Activities Major work on RI Soil Survey Program – assisting organizing the National Subaqueous workshop, collecting soil data (fresh/salt). Geo-register / Archive Historic soils data (topos, soil survey, geology maps, thesis studies). Collect point data – 21 full pedon descriptions all entered into NASIS. Assist with Rapid Carbon Assessment – learned how to collect and analyze the data. Soil Lab work – collect EC measurements, SOC, particle size, etc. Worked out of the RI NRCS sub-office at URI. Complete NRCS required training (computer, EEO. Etc.). Work with planners, engineers, and other NRCS staff.

Vibracoring Pontoon vibracore set-up for salt water Salt Pond, Pt. Judith Sampled different landscape units within Salt Pond

Vibracore Setup Metal vibrating apparatus is bolted to the aluminum core The core is then lowered through the moon pool, into the water

Holding tube while it is vibrating into the soil Capping and duct tapping the core

Core Descriptions After vibracoring the cores are refrigerated until cut Each core is cut and described Bulk density Incubation pH

Raft Building A small raft that was built specifically for vibracoring  Has opening on one side for core  Two halves are attached together  Anchors used to stabilize while coring Smaller setup, including “backpack” vibracore and ladder

Raft and Vibracore

Bathymetry Ground penetrating radar is used to collect bathy information Depth to peat, muck, mineral layers and other information can be determined Collecting GPR data at Belleville Pond

Bathy Data Collection Manual bathy rod Ground truths GPR Tin boat Canoe GPS All points are marked on GPS Waypoints then uploaded to GIS Tin is made from points and bathy map is created

Geo-registering Maps from 1800s to early 1900s Geo-referenced on GIS to compare landscape units and development Eg. Galilee and dredge materials

Digital Archiving Effort in RI to convert old soil documents to electronic format.  All soil surveys online and maps registered.  Publications on Benchmark Soils (Paxton, etc.).  Pedon descriptions from 1981 survey. Thesis studies – enter data, geo-tag in Google Earth, make data available.

Mapping Marshes/Descriptions Using rod to determine peat depth Narrow river Galilee bird sanctuary Westerly 21 pit descriptions in Chepatchet Near Bowdish reservoir Full profile descriptions Over 600 point observations made.

McCauly Peat Sampler Full pit profile descriptions Pit Descriptions

National Subaqueous Soils Workshop – assisted with setup, field tours, gopher, making copies of course book.