Microplastics monitoring protocol: natural objects

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Microplastics monitoring protocol: natural objects

Sutti, Alessandra 2021, Microplastics monitoring protocol: natural objects [data collection], Microplastics monitoring protocol.

Attached Files
Name		Description	MIMEType		Size	Downloads
	n08_star_1000x_20200726_LS5_C3.jpg	Middle of Lago Superiore (boat sampling), Mantova, Italy		image/jpeg	313.39KB	1
	n25_200x_20201023_PL01_bottleonly_500mL.jpg	Pier Beach, Point Lonsdale, Vic.		image/jpeg	272.15KB	2
	n2_400x_20201107_PL01vegjar_480mL.jpg	Pier Beach, Point Lonsdale, Vic.		image/jpeg	269.37KB	2
	n300x_20200829_GW01_A_250mL.jpg	Western Beach, Geelong, Vic.		image/jpeg	381.01KB	1
	n400x_20200823_BH01_A.jpg	Beach, downstream of bridge, Barwon Heads, Vic.		image/jpeg	290.66KB	2
	n500x_20201031_WB03_bottle6_1L.jpg	Small beach, Pickering point, Warrnambool, Vic.		image/jpeg	285.39KB	2

Field of Research	410504 Surface water quality processes and contaminated sediment assessment
Socio Economic Objective	180407 Water quality in Antarctic and Southern Ocean environments 180505 Measurement and assessment of marine water quality and condition
Type of research activity	Applied research
Name of data collection	Microplastics monitoring protocol: natural objects
Creator(s)	Sutti, Alessandra orcid.org/0000-0002-1793-3881
Contributor(s)	Robottom, Stuart Sutti, Sandro
Related institution(s)	Labter-Crea MN Globe Italia
Date completed	2021
Material type	image
ANDS collection type	dataset
Collection start date	2020-09-07
Collection end date	2020-11-07
Project name	Microplastics monitoring protocol
Project Description	This project aims at Beta-testing the "Microplastics monitoring protocol in surface waters" developed by Deakin University in collaboration with Labter-Crea MN and Globe Italia. As part of the project, students and teachers will be trained on a newly-established image dataset that allows recognition of common items expected to be present in surface waters. This dataset includes a selection of naturally occurring particles. These could be of biological or mineral origin.
Description of resource	29 JPGs
Keyword(s)	microplastics natural objects micropollutants
Geographic area (subject)	Pier Beach, Point Lonsdale, Vic. Lago Superiore, Mantova, Italy Geelong, Vic. Barwon Heads, Vic. Pickering Point, Warrnambool, Vic.
Language	eng
Summary	Examples of the natural objects include: • Dark grey shell of a biological nature next to a colourless transparent object • Filaments of biological origin (cellular structure visible) surrounded by grains of sand • Filaments of biological origin (cellular structure visible) next to a pediastrum (green algae) colony (necklace type green object with triangles arranged in a circle). • Examples of phytoplancton (tri-needle shape on the right, three-filament shape on the left) and a potential grain of sand (grey) • Colony of diatomes, rectangular shape, most likely Fragilaria Select the 'Access other images in this category' link to access all the available images.
Contact details (email)	asutti@deakin.edu.au
Use rights
Related work	DU:30148089
Persistent URL	http://hdl.handle.net/10536/DRO/DU:30148070

Document type:	Data Collection
Collections:	Datasets collection Institute for Frontier Materials Open Access Collection


Link to Related Work
Microplastics monitoring protocol in surface waters Data Collection (deposited 16-02-2021) Microplastics monitoring protocol: cotton and cellulose fibres Data Collection (deposited 16-02-2021) Microplastics monitoring protocol: wool fibres / animal hair fibres Data Collection (deposited 15-02-2021) Microplastics monitoring protocol: synthetic fibres Data Collection (deposited 15-02-2021) Microplastics monitoring protocol: plastic fragments Data Collection (deposited 15-02-2021) Microplastics monitoring protocol: natural objects Data Collection (deposited 15-02-2021)

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Created:	Mon, 15 Feb 2021, 11:57:21 EST by Bernadette Admin Houghton

Every reasonable effort has been made to ensure that permission has been obtained for items included in DRO. If you believe that your rights have been infringed by this repository, please contact drosupport@deakin.edu.au.