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Section 1: Overview
Name of Research Project
Related Project
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Part
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GWF-AWF: Agricultural Water Futures
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Work Package 1
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Program Affiliations
Related Research Project(s)
GWF-AWF: Agricultural Water Futures | |
Dataset Title
Incorporation and Tillage Practices to Mitigate Phosphorus Loss Through Tile Drains Following Fall Application of Dairy Manure
Additional Information
Creators and Contributors
Merrin Macrae | PI | mmacrae@uwaterloo.ca | University of Waterloo |
Meredith Marshall | Originator | mj3marshall@uwaterloo.ca | University of Waterloo |
Abstract
A field-based approach for data collection was used. This included high resolution flow data for individual tiles, using a 10⁰ v-notch weir and pressure transducers in each weir box, and corrected with barometric pressure; furthermore, water samples were collected on a hydrological event basis. A total of 10 hydrologic events were captured over the non-growing season, with water samples being collected every 4 hours during events. Total phosphorus, total dissolved phosphorus, and soluble reactive phosphorus were analyzed from these samples. Soil samples at the start and end of the study period were also collected and tested for water-extractable phosphorus and Olsen phosphorus.
Purpose
The goal of this project was to determine phosphorus (P) speciation and loads found within tile drains over the non-growing season (Oct-May), following fall application of dairy manure, under different land management treatments. These treatments included surface applied manure to a conservation tilled plot and a deep disc tilled plot, in addition to manure incorporation on a conservation tilled plot. This study used a field-based approach with soil samples, taken at the beginning and end of the experiment, as well as water samples collected on an event basis when flow was present within the tile drains. Soluble reactive P (SRP), total dissolved P (TDP), and total P (TP) were tested to determine P speciation and total loads. This dataset is collected to support the objectives of Agricultural Water Futures in Canada: Stressors and Solutions: Work Package 1". Agricultural Water Futures is a Pillar 3 project under the Global Water Futures Program funded by Canada First Research Excellence Fund.
Plain Language Summary
Keywords
Biogeochemistry |
Hydrology |
Phosphorus |
Soils |
Water chemistry |
Watershed |
Perth South Township, Perth County, Ontario |
Citations
Macrae, M., & Marshall, M. (2019). Incorporation and Tillage Practices to Mitigate Phosphorus Loss Through Tile Drains Following Fall Application of Dairy Manure. Waterloo, Canada: Canadian Cryospheric Information Network (CCIN). (Unpublished Data).
Section 2: Research Site
Temporal Extent
Begin Date
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End Date
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2017-10-01
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2018-05-14
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Geographic Bounding Box
West Boundary Longitude
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-81.142
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East Boundary Longitude
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-81.135
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North Boundary Latitude
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43.341
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South Boundary Latitude
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43.336
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Is Boundary Rectangular
Research Site Images
Research Site Description (if needed)
Perth South Township, Perth County, Ontario (part of the Glengowan subwatershed within the Upper Thames Valley watershed)
Basin
Great Lakes
Subbasin
Upper Thames Valley Watershed, Glengowan
Specific Locations (if needed)
Research Site Location
Map Not Available
Display
View on Global Map
Section 3: Status and Provenance
Dataset Version
Dataset Creation Date
Status of data collection/production
Dataset Completion or Abandonment Date
Data Update Frequency
Creation Software
Primary Source of Data
Other Source of Data (if applicable)
Data Lineage (if applicable). Please include versions (e.g., input and forcing data, models, and coupling modules; instrument measurements; surveys; sample collections; etc.)
Section 4: Access and Downloads
Access to the Dataset
Terms of Use
Does the data have access restrictions?
Downloading and Characteristics of the Dataset
Download Links and Instructions
Not available
Total Size of all Dataset Files (GB)
File formats and online databases
Other Data Formats (if applicable)
List of Parameters and Variables