ARCHIVED CONTENT: In December 2020, the CZO program was succeeded by the Critical Zone Collaborative Network (CZ Net) ×

Higher Education

The development of a new scientific discipline requires focused education of young scientists engaged in the new discipline

Faculty, staff, graduate student and post-doctoral researchers from all of the U.S. and SoilTrEC CZOs mingle along a roadside in the White Mountains of Crete during a joint meeting and field trip hosted by the Technical University of Crete and Koiliaris CZO during September 2008.

Educational Resources (examples for Higher Education)

  • Grades 3 - 14

    Virtual Fieldwork in the Critical Zone

    All Disciplines

    Virtual Fieldwork & Activity +

    Preview

    Cross-CZO

  • × The Virtual Fieldwork Experience (VFE) Graphic Organizer for the Shale Hills VFE. The graphic organizer structures sets of questions that can be investigated at any field site. The overarching question is, 'Why does this place look the way it does?'

    Grades 3 - 14

    Virtual Fieldwork in the Critical Zone

    All Disciplines

    Virtual Fieldwork • Activity • Curriculum • Lesson Plan • Computer Activity 

    This webpage serves as an introduction to both CZ science and the use of Virtual Fieldwork Experiences (VFEs) for exploration of the CZ. Embedded within this page you will find VFEs of Shale Hills Susquehanna, Southern Sierra CZO and Luquillo CZOs.

    Educational Objectives

    • Interpret the environment represented within the VFE you are investigating, including descriptions of why the landscape looks the way it does, and how it has changed over time.
    • Create a VFE representing your local environment or a field site you have visited and present it to interested others.

    Objectives for specific VFEs are included within those VFEs.

    Visit this resource

    See CZO listing


    Audience: K-12 • General Public • Higher Education

    Observatory: National CZO • Luquillo CZO • Shale Hills CZO • Sierra CZO

    Author: Don Haas (PRI), Alexandra Moore (PRI), Michelle Gilmore (SSCZO)


  • Grades 3 - 16

    Shale Hills Tree Survey, Google Earth File

    Biology/Ecology +

    Virtual Fieldwork & Computer Activity  +

    Preview

    Cross-CZO

  • × Trees within the Shale Hills focus catchment have all been catalogued. Different colors show different species.

    Grades 3 - 16

    Shale Hills Tree Survey, Google Earth File

    Biology/Ecology • GIS/RemoteSensing • SoilScience/Pedology

    Virtual Fieldwork • Computer Activity  • Demo • Dataset

    This kmz file contains basic data on every large tree within the Shale Hills catchment, including species and Diameter at Breast Height (DBH). Explore the data and look for patterns of species distributions by clicking on and off different species. This file is included within the Shale Hills VFE.

    Educational Objectives

    The listed objectives are suggestive. Teachers may design activities using the dataset with their own objectives.

    • Describe how distribution of trees varies by species.
    • Speculate what factors determine species' affinity for particular placement within the Shale Hills catchment.
    • Design investigations to test hypotheses about species distribution.

    The survey can also serve as a model for surveying trees (or other elements) in your local environment.

    Visit this resource (other)

    See CZO listing


    Audience: K-12 • General Public • Higher Education

    Observatory: National CZO • Shale Hills CZO

    Author: Don Haas, Sarah Sharkey


  • Grades 6 - 14

    Reynolds Creek Virtual Tour

    Biogeochemistry +

    Tour & Video +

    Preview

    Reynolds

  • × The Reynolds Creek Virtual Tour

    Grades 6 - 14

    Reynolds Creek Virtual Tour

    Biogeochemistry • Biology/Ecology • Climatology/Meteorology • SoilScience/Pedology • Outreach/EducationResearch

    Tour • Video • Website • Information

    Take a virtual tour of the Reynolds Creek Critical Zone Observatory! Track snowfall and predict soil thickness. Learn about soil carbon and how climate change and sagebrush ecosystems are modeled.

    Educational Objectives

    Objectives being written.

    Tracking Snow:  Measuring Nature’s Water Reservoir.  

    Organic Carbon:  The Key Variable in a Changing Climate.  

    Inorganic Carbon:  A Different Type of Carbon.  

    Predicting Soil Thickness:  Anywhere on a Landscape.  

    CORE Sites:  The Most Advanced Ecosystem Measurements Anywhere.  

    Visit this resource

    See CZO listing


    Audience: K-12 • General Public • Higher Education

    Observatory: Reynolds CZO

    Author: Sindelar, H., Kanode, C., and S. Lanier. Montana State University. School of Film & Photography.

    Funding: The Reynolds Creek Critical Zone Observatory: EAR # 1331872 and ICER # 1445246

  • Grades 6 - 14

    Mapping Earth systems

    All Disciplines

    Information & Dataset +

    Preview

    National

  • × Very colorful map of Bedrock Geology for the U.S.  Maps of very different characteristics in the landscape can reveal surprising connections.

    Grades 6 - 14

    Mapping Earth systems

    All Disciplines

    Information • Dataset • Activity

    View ten maps of the contiguous 48 states, each highlighting different geographic features. Viewing the maps collectively reveals connections among different Earth systems.

    Educational Objectives

    • Describe similarities in the geographic distribution of different characteristics of the landscape.
    • Speculate on relationships among these different characteristics.
    Visit this resource (pdf)

    See CZO listing


    NGSS Crosscutting Concepts: Patterns • Systems and System Models

    NGSS Science & Engineering Practices: Developing and Using Models

    NGSS Disciplinary Core Ideas: ESS2 - Earth’s Systems • ESS3 - Earth and Human Activity


    Audience: K-12 • General Public • Higher Education

    Observatory: National CZO

    Author: Don Haas (PRI)


See more resources for Higher Education >


The most successful of these education activities has been the CZO International Scholars program. Through support from NSF-International Programs-Europe since 2007, 54 graduate students within and outside of the CZOs from 16 universities througout the United States have visited more than 20 European host institutions and field sites. In the process, the student travelers have broadened their scientific knowledge and perspective, availed of unique expertise and instrumentation not available in the U.S., and generated data sets to compare to information gathered from field sites and labs at or associated with the various U.S. CZOs. A compilation of abstracts and papers derived in whole or in part from this support is available under associated files (see below). The program will continue in 2015 through 2019 due to funds provided to the CZO National Office from an NSF Science Across Virtual Institutes grant.

A group of six CZO collaborators are currently working to develop a new undergraduate curriculum in Critical Zone science. Their effort is supported by the NSF-funded InTeGrate program and aims to develop a new semester-long course comprised of stand-alone, ~two-week long modules. The course has been fully developed and moved into the testing phase at 6 universites - in 2015 that course content will be available on the SERC website and here for anyone to use in their courses.

Tim White, as national coordinator, and Susan Gill, Stroud Water Research Center education director, developed a successful Research Experience for Undergraduates program that places 6 undergraduate students each at the Christina River Basin and Shale Hills CZOs during the summers of 2014 through 2016. The results of those REUs were presented at the 2014 biennial meeting of CUAHSI entitled Water Across the Critical Zone, and will soon be available for download here.


The higher education program has also been enriched by close CZO ties to its European counterpart, Soil Transformations in European Catchments (SoilTrEC), a research initiative that includes 4 CZOs in Europe. Each year SoilTrEC stages a variety of graduate student and post-doctoral research training workshops and meetings and graciously invites U.S. students and other participants, while the U.S. NSF has provided funds to support limited participation in some of those workshops. Most recently, 14 U.S. students, half from within and half from outside the formal CZO program, participated in a reactive transport modeling workshop held at the Technical University of Crete in July 2012.

Georg Lair, Manos Kotronakis, and Taru Lehtinen in Crete, October 2012.

U.S CZOs have also hosted European graduate students and post-doctoral researchers for training events. Here three graduates of the 2010 Critical Zone field school held at the Susquehanna-Shale Hills CZO, Georg Lair, Manos Kotronakis, and Taru Lehtinen, share a moment together in Crete at the annual meeting of SoilTrEC, October 2012.

Georg Lair, Manos Kotronakis, and Taru Lehtinen in Crete, October 2012.


Associated Files

Intlscholarspub
(88 KB pdf)
List of abstracts and publications derived from International Scholars funding provided by the US NSF.



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