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DWCZ - CO - Gordon Gulch-Como Creek -- CPOM, Storage Accumulation & Reach -- ( CC-GG-CPOM-Flux-Fogel)4/28/2022-8/11/22
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| Type: | Resource | |
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| Created: | May 02, 2023 at 4:13 a.m. (UTC) | |
| Last updated: | Oct 31, 2025 at 1:12 a.m. (UTC) | |
| Published date: | Oct 31, 2025 at 1:12 a.m. (UTC) | |
| DOI: | 10.4211/hs.10f42e54d6144fd6a76ff726739bdf57 | |
| Citation: | See how to cite this resource |
| Sharing Status: | Published |
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Abstract
This resource contains four datasets related to coarse particulate organic matter (CPOM) transport and storage in headwater streams of the Colorado Rocky Mountains.
FIELD SITE: GORDON GULCH
1. Meta-FieldLog-GG-LF-StorageReachLVL-Fogel
This dataset represents CPOM storage within 14 study reaches in the Gordon Gulch watershed, CO, USA. Storage is reported as total CPOM volume, CPOM volume normalized by channel area (weighted volume), and accumulation frequency (number of accumulations per meter of stream length). Storage was measured in early August using surface area, height, and porosity estimates. Geomorphic and forest stand characteristics measured during sampling include slope, basal area, canopy density, d50, d84, bankfull width, pool area, pool frequency (per meter of stream length), wood frequency and wood load (volume per channel area), retentive feature frequency (per meter), channel type (single vs multi-threaded), and hydrologic regime (wet vs dry reaches).
2. Meta-FieldLog-GG-LF-Storage_Accumulation_LVL-Fogel
This dataset contains CPOM accumulation data measured at the individual accumulation scale within the same 14 study reaches. Surface area and height of each accumulation were measured with a tape measure, while porosity was estimated visually. The trapping mechanism responsible for each CPOM accumulation and its material composition were also recorded.
3. Meta-FieldLog-GG-CPOM-Flux
This dataset represents CPOM flux in Gordon Gulch during the summer 2022 field season at two study reaches. CPOM was sampled at both upstream and downstream ends of each reach using Bunte bedload traps deployed periodically over the summer. Material collected in the traps was dried, weighed, and divided by deployment time to estimate CPOM flux.
FIELD SITE: COMO CREEK
4. Meta-FieldLog-CC-CPOM-Flux
This dataset presents CPOM flux for three study reaches in Como Creek during the summer 2022 field season. Flux was sampled at the downstream end of each reach using Bunte bedload traps. Collected CPOM was dried, weighed, and combined with trap deployment duration to estimate flux.
Subject Keywords
Coverage
Spatial
Content
ReadMe.md
CZNet DWCZ - CO - Gordon Gulch & Como Creek - CPOM Storage, Accumulation & Flux (Fogel) - (2022)
OVERVIEW
Description/Abstract
Coarse particulate organic matter (CPOM) transport and storage in headwater streams in the Colorado Rocky Mountains, CO, USA.
Four datasets are included:
FIELD SITE: GORDON GULCH
Meta-FieldLog-GG-LF-StorageReachLVL-Fogel
Represents coarse particulate organic matter (CPOM) storage within 14 study reaches in the Gordon Gulch watershed, CO, USA. CPOM storage is presented in terms of volume (total CPOM volume within a given reach), weighted CPOM volume (CPOM volume/channel area), and CPOM accumulation frequency (# of accumulations per meter of stream length). Storage was measured in early August using measurements of surface area, height, and porosity. Geomorphic and forest stand characteristics (slope, basal area, canopy density, D50, D84, bankfull width, pool area, pool frequency, wood frequency, wood load, retentive-feature frequency, channel type, and hydrologic regime) were measured concurrently.
Meta-FieldLog-GG-LF-Storage_Accumulation_LVL-Fogel
Contains CPOM storage data measured at the accumulation scale within the same 14 reaches. Surface area and height of accumulations were measured in the field; porosity was visually estimated. The trapping mechanism and composition of each accumulation were also recorded.
Meta-FieldLog-GG-CPOM-Flux
Represents CPOM flux during the summer 2022 field season at two study reaches in Gordon Gulch. Data are presented for the upstream and downstream ends of each reach. Bunte bedload traps were deployed periodically, and CPOM collected in the traps was dried and weighed to estimate flux.
FIELD SITE: COMO CREEK
Meta-FieldLog-CC-CPOM-Flux
Represents CPOM flux during the summer 2022 field season at three study reaches in Como Creek. Data are presented for the downstream ends of each reach. Bunte bedload traps were deployed periodically, and CPOM collected in the traps was dried and weighed to estimate flux.
Creator/Author
Caleb Fogel Caleb.Fogel@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
Geochemistry, Ecohydrology, Geomorphology
Keywords
CZNet, DWCZ, CPOM, coarse particulate organic matter, accumulation, flux, storage reach, storage accumulation, Gordon Gulch, Como Creek, Colorado Front Range
Variables
Site, Reach, Position, Trap, CPOM_weight, Accumulation_ID, Length, Width, Height, Porosity, Shape, Pool_length, Pool_width, Pool_CPOM_depth, Percent_CPOM, CPOM_volume, Composition, Trapping_mechanism, Sample_dimensions, Volume_weighted, Accumulation_freq, Slope, Basal_area, Canopy_density, D50, D84, Bankfull_width, Pool_area_per_m, Pools_per_m, Wood_freq, Wood_vol_per_area, Retentive_features_per_m, Channel_type, Hydrologic_regime
TEMPORAL
Date Start
4/28/2022
Date End
8/11/2022
TIME ZONE
Mountain Standard Time (MST; Arizona, no daylight savings)
SPATIAL
Field Areas
Gordon Gulch, Como Creek
Location
Boulder Creek Watershed, Colorado Front Range
Elevation
Gordon Gulch: ~2633 m
Como Creek: ~3021 m
North latitude
40.035196
South latitude
40.011
West longitude
-105.54444
East longitude
-105.457
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
This resource is shared under the Creative Commons Attribution CC BY.
http://creativecommons.org/licenses/by/4.0/
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