Datasets accompanying the thesis 'Microplastics in agricultural soils: Methods, Sources and Fate'
Datasets accompanying the thesis 'Microplastics in agricultural soils: Methods, Sources and Fate'
Three data sets are included as follows:
'Dataset_Developing a systematic method for extraction of microplastics in soils' (Chapter 3) This dataset included assessments of the efficiency of various organic removal and density separation techniques at separating microplastics of varying polymer types, shapes and sizes from soils with varying organic matter content and particle size distribution. Impacts of reagents on microplastic particles are also included.
'Dataset_Agricultural soils and microplastics.Are biosolids the problem' (Chapter 4) This dataset included assessments of the microplastic quantities and composition in agricultural fields which have or have not received biosolid amendments. This takes into account seasonal variation and soil properties. The dataset includes microplastic number, size, and mass data; blank values, and co-variate data (including soil properties and landscape data).
'Dataset_Temporal variation in soil microplastic abundance related to biosolid application' (Chapter 5) This dataset assesses the temporal variation in microplastic concentrations in 5 fields across a year-long sampling campaign focused around the application of biosolids and takes into account soil properties such as organic matter composition and clay content. Data includes microplastic number, size, and mass data; blank values, and co-variate data (including soil properties and landscape data).
microplastics, soil, method development, biosolids
University of Southampton
Radford, Freya
f43f5d73-b100-424a-9021-8f17f7715e35
Radford, Freya
f43f5d73-b100-424a-9021-8f17f7715e35
Radford, Freya
(2022)
Datasets accompanying the thesis 'Microplastics in agricultural soils: Methods, Sources and Fate'.
University of Southampton
doi:10.5258/SOTON/D1455
[Dataset]
Abstract
Three data sets are included as follows:
'Dataset_Developing a systematic method for extraction of microplastics in soils' (Chapter 3) This dataset included assessments of the efficiency of various organic removal and density separation techniques at separating microplastics of varying polymer types, shapes and sizes from soils with varying organic matter content and particle size distribution. Impacts of reagents on microplastic particles are also included.
'Dataset_Agricultural soils and microplastics.Are biosolids the problem' (Chapter 4) This dataset included assessments of the microplastic quantities and composition in agricultural fields which have or have not received biosolid amendments. This takes into account seasonal variation and soil properties. The dataset includes microplastic number, size, and mass data; blank values, and co-variate data (including soil properties and landscape data).
'Dataset_Temporal variation in soil microplastic abundance related to biosolid application' (Chapter 5) This dataset assesses the temporal variation in microplastic concentrations in 5 fields across a year-long sampling campaign focused around the application of biosolids and takes into account soil properties such as organic matter composition and clay content. Data includes microplastic number, size, and mass data; blank values, and co-variate data (including soil properties and landscape data).
Text
README_Microplastics_in_agricultural_soils._Methods_sources_and_fate.txt
- Text
Spreadsheet
Dataset_Developing_a_systematic_method_for_extraction_of_microplastics_in_soils.xlsx
- Dataset
Spreadsheet
Dataset_Temporal_variation_in_soil_microplastic_abundance_related_to_biosolid_application.xlsx
- Dataset
Spreadsheet
Dataset_Agricultural_soils_and_microplastics.Are_biosolids_the_problem.xlsx
- Dataset
More information
Published date: 2022
Keywords:
microplastics, soil, method development, biosolids
Identifiers
Local EPrints ID: 472989
URI: http://eprints.soton.ac.uk/id/eprint/472989
PURE UUID: 9cb9d606-061f-466f-8bcb-c69b4061c27f
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Date deposited: 06 Jan 2023 17:38
Last modified: 05 May 2023 16:30
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Creator:
Freya Radford
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