Checking for non-preferred file/folder path names (may take a long time depending on the number of files/folders) ...

DWCZ - CO - Coal Creek, Manitou Experimental Forest-Trout Creek - Pond Survey - (TC-CC-Pond Survey Metrics--JHRees) - (6/7 2022)


Authors:
Owners: This resource does not have an owner who is an active HydroShare user. Contact CUAHSI (help@cuahsi.org) to determine if accessing this resource is possible.
Type: Resource
Storage: The size of this resource is 335.5 KB
Created: Jul 20, 2023 at 9:12 p.m.
Last updated: Sep 05, 2023 at 5:22 p.m.
Citation: See how to cite this resource
Sharing Status: Discoverable (Accessible via direct link sharing)
Views: 1255
Downloads: 7
+1 Votes: Be the first one to 
 this.
Comments: No comments (yet)

Abstract

TROUT CREEK
Trout Creek Abstract: Data collected from three beaver-mediated reaches on Trout Creek during the summer 2022 field season.

Data includes variables for 36 beaver ponds, including location, pond geometry, pond classification, sediment, organic carbon, and water storage, and stable isotopes, collected to calculate volumes and rates of sediment and organic carbon storage in beaver ponds. Data also include radioisotopic activity concentrations for 5 beaver ponds older than 10 years for specific depth intervals within sediment cores and suspended sediment samples. Channel geometry metrics are also included, collected to characterize the degree of incision, connectivity, and ongoing erosion in each reach. Finally, metrics used to model and estimate rates of beaver-assisted channel infill via Monte Carlo Simulations are includes, such as the fraction of time in which specific beaver ponds were inundated over a 13-year period, and the longevity of ponds along Trout Creek.

DATASHEET DESRIPTION:
Pond surveys: Within this folder, the “Pond survey metrics” sheets include geometric, age, sediment, water, and organic carbon storage metrics for each surveyed beaver pond. The “Survey sample points” sheets include measurements of sediment and water depth, as well as unique characteristics, for each individual sample point taken within each beaver pond. Ponds can be joined/related via the “Pond” field. Reaches can be joined related via the “Reach” field.

- STABLE ISOTOPES: Within this folder are results from sediment sample testing at CU’s Stable Isotope Lab, including fraction by mass of carbon, nitrogen, delta 13-C, and delta 15-N. Ponds can be joined/related via the “Pond” field. Reaches can be joined related via the “Reach” field.

- RADIONUCLIDE DATA: Within this folder are activity concentrations of various radionuclides at various depths within sediment cores and suspended sediment (PS samples) taken from beaver ponds older than 10 years. Ponds can be joined/related via the “Pond” field. Reaches can be joined related via the “Reach” field.

- GEOMORPHIC SURVEYS: Within this folder are GPS data (coordinates and elevation) for points taken along cross-sections via RTK GPS at Trout Creek, used to characterize channel and valley-bottom geometry. This includes GPS coordinates, elevation, and descriptions of the type of geomorphic unit underlying the GPS point. Reaches can be joined related via the “Reach” field.

- CHANNEL INFILL MODELING: Within this folder are data including the fraction of time beaver ponds along Trout Creek were inundated during a 13 year period (2009-2023) as well as the longevities of ponds on Trout Creek. Note the “Pond_number” field values in these two datasets are unique to their respective spreadsheets and may not be used to join or relate to any other spreadsheets within the dataset (including each other).

COAL CREEK
Coal Creek Abstract: Data collected from three beaver-mediated reaches on Coal Creek during the summer 2022 field season.

Data includes variables for 9 beaver ponds, including location, pond geometry, pond classification, sediment, organic carbon, and water storage, and stable isotopes. Data also include radioisotopic activity concentrations for 3 beaver ponds older than 10 years for specific depth intervals within sediment cores and suspended sediment samples.

DATASHEET DESRIPTION:
Pond surveys: Within this folder, the “Pond survey metrics” sheets include geometric, age, sediment, water, and organic carbon storage metrics for each surveyed beaver pond. The “Survey sample points” sheets include measurements of sediment and water depth, as well as unique characteristics, for each individual sample point taken within each beaver pond. Ponds can be joined/related via the “Pond” field. Reaches can be joined related via the “Reach” field.

- STABLE ISOTOPES Within this folder are results from sediment sample testing at CU’s Stable Isotope Lab, including fraction by mass of carbon, nitrogen, delta 13-C, and delta 15-N. Ponds can be joined/related via the “Pond” field. Reaches can be joined related via the “Reach” field.

- RADIONUCLIDE DATA:: Within this folder are activity concentrations of various radionuclides at various depths within sediment cores and suspended sediment (PS samples) taken from beaver ponds older than 10 years. Ponds can be joined/related via the “Pond” field. Reaches can be joined related via the “Reach” field.

Subject Keywords

Coverage

Spatial

Coordinate System/Geographic Projection:
WGS 84 EPSG:4326
Coordinate Units:
Decimal degrees
Place/Area Name:
.Manitou Experimental Forest,, Coal Creek - 2317-2950m
North Latitude
39.1584°
East Longitude
-105.0919°
South Latitude
38.8514°
West Longitude
-107.0271°

Temporal

Start Date:
End Date:

Content

ReadMe.md

CZNet DWCZ - CO - Coal Creek, Manitou Experimental Forest-Trout Creek - Pond Survey - (TC-CC-Pond Survey Metrics-JHRees) - (6/7 2022)


OVERVIEW

Description/Abstract

TROUT CREEK Trout Creek Abstract: Data collected from three beaver-mediated reaches on Trout Creek during the summer 2022 field season.

Data includes variables for 36 beaver ponds, including location, pond geometry, pond classification, sediment, organic carbon, and water storage, and stable isotopes, collected to calculate volumes and rates of sediment and organic carbon storage in beaver ponds. Data also include radioisotopic activity concentrations for 5 beaver ponds older than 10 years for specific depth intervals within sediment cores and suspended sediment samples. Channel geometry metrics are also included, collected to characterize the degree of incision, connectivity, and ongoing erosion in each reach. Finally, metrics used to model and estimate rates of beaver-assisted channel infill via Monte Carlo Simulations are includes, such as the fraction of time in which specific beaver ponds were inundated over a 13-year period, and the longevity of ponds along Trout Creek.

DATASHEET DESRIPTION: Pond surveys: Within this folder, the “Pond survey metrics” sheets include geometric, age, sediment, water, and organic carbon storage metrics for each surveyed beaver pond. The “Survey sample points” sheets include measurements of sediment and water depth, as well as unique characteristics, for each individual sample point taken within each beaver pond. Ponds can be joined/related via the “Pond” field. Reaches can be joined related via the “Reach” field.

  • STABLE ISOTOPES: Within this folder are results from sediment sample testing at CU’s Stable Isotope Lab, including fraction by mass of carbon, nitrogen, delta 13-C, and delta 15-N. Ponds can be joined/related via the “Pond” field. Reaches can be joined related via the “Reach” field.

  • RADIONUCLIDE DATA: Within this folder are activity concentrations of various radionuclides at various depths within sediment cores and suspended sediment (PS samples) taken from beaver ponds older than 10 years. Ponds can be joined/related via the “Pond” field. Reaches can be joined related via the “Reach” field.

  • GEOMORPHIC SURVEYS: Within this folder are GPS data (coordinates and elevation) for points taken along cross-sections via RTK GPS at Trout Creek, used to characterize channel and valley-bottom geometry. This includes GPS coordinates, elevation, and descriptions of the type of geomorphic unit underlying the GPS point. Reaches can be joined related via the “Reach” field.

  • CHANNEL INFILL MODELING: Within this folder are data including the fraction of time beaver ponds along Trout Creek were inundated during a 13 year period (2009-2023) as well as the longevities of ponds on Trout Creek. Note the “Pond_number” field values in these two datasets are unique to their respective spreadsheets and may not be used to join or relate to any other spreadsheets within the dataset (including each other).

COAL CREEK Coal Creek Abstract: Data collected from three beaver-mediated reaches on Coal Creek during the summer 2022 field season.

Data includes variables for 9 beaver ponds, including location, pond geometry, pond classification, sediment, organic carbon, and water storage, and stable isotopes. Data also include radioisotopic activity concentrations for 3 beaver ponds older than 10 years for specific depth intervals within sediment cores and suspended sediment samples.

DATASHEET DESRIPTION: Pond surveys: Within this folder, the “Pond survey metrics” sheets include geometric, age, sediment, water, and organic carbon storage metrics for each surveyed beaver pond. The “Survey sample points” sheets include measurements of sediment and water depth, as well as unique characteristics, for each individual sample point taken within each beaver pond. Ponds can be joined/related via the “Pond” field. Reaches can be joined related via the “Reach” field.

  • STABLE ISOTOPES Within this folder are results from sediment sample testing at CU’s Stable Isotope Lab, including fraction by mass of carbon, nitrogen, delta 13-C, and delta 15-N. Ponds can be joined/related via the “Pond” field. Reaches can be joined related via the “Reach” field.

  • RADIONUCLIDE DATA:: Within this folder are activity concentrations of various radionuclides at various depths within sediment cores and suspended sediment (PS samples) taken from beaver ponds older than 10 years. Ponds can be joined/related via the “Pond” field. Reaches can be joined related via the “Reach” field.

Creator/Author

James (Huck) Rees jare1629@colorado.edu, Katherine Lininger Katherine.Lininger@Colorado.EDU, Holly Barnard Holly.Barnard@colorado.edu (DWCZ current)

CZNet

DYNAMIC WATER CRITICAL ZONE

Contact

czdata@colorado.edu




SUBJECTS

Disciplines

Hydrology, Biology, Chemistry, Ecology.

Level

Level 1

Keywords

hydrology MEF pond geometry Survey Coal Creek CZNet DWCZ sediment grain size pond age CZNet DWCZ Trout Creek sediment Beaver Pond Manitou Experimental Forest

Variables

Pond, Lat, Long, Reach, StudyAr, SurveyDate, PondType, DamCond, DSofRes, PondAgeYrs, PondAgeYrsMin, PondAgeYrsMax, EDP, OlderPhoto, AssConDate, PondAr, PondLength, PondWidth, WidLng_Ratio, AvgDamHt, DSWSEDiff, DSFrBrd, USWSEDiff, USFrBrd, MeanWatDep, MeanFinDep, MeanCrsDep, MeanSedDep, PondWatVol, PondFinVol, PondCrsVol, PondSedVol, FCRatio, PctVFFin, PondFinRate, FinSedRateMin, FinSedRateMa, PondCrsRate, PondSedRate, PondFinVolRate, PondCrsVolRate, PondSedVolRate, HasBanks, ErdBnkAr, TotBnkAr, CatchAr, CatchArExclUSRes, SedSampType, CoreHt, CoreMass_g, SedDns_gcm3, Frac_grtr_2mm, Frac_sand, Frac_silt, Frac_clay Frac_fin, Frac_crs, Frac_OC, OCDns, TotOC_Mass, OC_Stock, OC_Acc_Rate




TEMPORAL

Date Start

6/1/22

Date End

7/23/22

TIME ZONE

MST Arizona




SPATIAL

Field Areas

Manitou Experimental Forest, Coal Creek - CO

Location

Trout Creek, Coal Creek

North latitude

39.158369

South latitude

38.851398

West longitude

-107.027057

East longitude

-105.091913

ELEVATION 2317-2950m




Credits

Funding Agencies

This resource was created using funding from the following sources:
Agency Name Award Title Award Number
National Science Foundation Network Cluster: Quantifying controls and feedbacks of dynamic storage on critical zone processes in western montane watersheds EAR 2012669

How to Cite

Rees, J. (., K. Lininger, H. R. Barnard (2023). DWCZ - CO - Coal Creek, Manitou Experimental Forest-Trout Creek - Pond Survey - (TC-CC-Pond Survey Metrics--JHRees) - (6/7 2022), HydroShare, http://www.hydroshare.org/resource/c9bf926f707e4d4ab9763b93acf81a0e

This resource is shared under the Creative Commons Attribution CC BY.

http://creativecommons.org/licenses/by/4.0/
CC-BY

Comments

There are currently no comments

New Comment

required