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LITTERBASE - Online Portal for Marine Litter & Microplastics and their Implications for Marine Life

2018 1 citation ? Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count. Score: 30 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Melanie Bergmann Melanie Bergmann Tekman, Mine, Melanie Bergmann Melanie Bergmann Lars Gutow, Tekman, Mine, Lars Gutow, Melanie Bergmann Tekman, Mine, Lars Gutow, Melanie Bergmann Tekman, Mine, Tekman, Mine, Tekman, Mine, Melanie Bergmann Melanie Bergmann Lars Gutow, Melanie Bergmann Lars Gutow, Tekman, Mine, Melanie Bergmann Melanie Bergmann Melanie Bergmann Melanie Bergmann Lars Gutow, Melanie Bergmann Melanie Bergmann Lars Gutow, Melanie Bergmann Tekman, Mine, Lars Gutow, Lars Gutow, Melanie Bergmann Melanie Bergmann Melanie Bergmann Melanie Bergmann Melanie Bergmann Melanie Bergmann Tekman, Mine, Melanie Bergmann Melanie Bergmann Melanie Bergmann Lars Gutow, Melanie Bergmann Tekman, Mine, Melanie Bergmann Tekman, Mine, Tekman, Mine, Melanie Bergmann Melanie Bergmann Tekman, Mine, Tekman, Mine, C. T. Peter, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Melanie Bergmann Lars Gutow, Lars Gutow, Lars Gutow, Tekman, Mine, Tekman, Mine, Tekman, Mine, Melanie Bergmann Melanie Bergmann Melanie Bergmann Melanie Bergmann Melanie Bergmann Melanie Bergmann Melanie Bergmann Melanie Bergmann Melanie Bergmann Melanie Bergmann Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, Lars Gutow, C. T. Peter, C. T. Peter, C. T. Peter, Melanie Bergmann Tekman, Mine, Tekman, Mine, Melanie Bergmann Melanie Bergmann Lars Gutow, Lars Gutow, Lars Gutow, Melanie Bergmann Melanie Bergmann C. T. Peter, Melanie Bergmann Tekman, Mine, Melanie Bergmann Tekman, Mine, Tekman, Mine, Melanie Bergmann Lars Gutow, Melanie Bergmann Lars Gutow, Melanie Bergmann Tekman, Mine, Melanie Bergmann Melanie Bergmann Tekman, Mine, C. T. Peter, Tekman, Mine, Tekman, Mine, Tekman, Mine, Lars Gutow, Tekman, Mine, Melanie Bergmann Lars Gutow, Tekman, Mine, Tekman, Mine, Tekman, Mine, Tekman, Mine, Melanie Bergmann Melanie Bergmann Tekman, Mine, Melanie Bergmann Tekman, Mine, Melanie Bergmann Melanie Bergmann Tekman, Mine, Melanie Bergmann Tekman, Mine, Melanie Bergmann Tekman, Mine, Lars Gutow, Melanie Bergmann C. T. Peter, Melanie Bergmann Tekman, Mine, Melanie Bergmann Tekman, Mine, Melanie Bergmann

Summary

This paper describes LITTERBASE, an online portal that aggregates global scientific data on marine litter and microplastics into accessible maps and visualizations for scientists, policymakers, and the public. The tool aims to bridge the communication gap between researchers and decision-makers by making complex pollution data more understandable.

Contamination of the oceans with anthropogenic litter is a global environmental problem which currently receives increasing attention by scientists, policy makers, public authorities, media and the general public. Although research efforts have been intensified, they often do not provide stakeholders with easily understandable information about the dimensions and the extent of the problem. We have developed an online portal to provide easily digestible and continuously updated information on marine litter and microplastics to stakeholders based on scientific literature on a global scale. LITTERBASE gives insight about the distribution of marine litter and its effects on marine biota. Data from 1,420 scientific studies (status 09/10/2017) have been compiled into global maps and real-time graphs to make scientific knowledge accessible to the public. Bibliometric data of all publications were entered, as were metadata pertaining to litter type, litter size, litter quantity unit, aquatic system, biome and total litter quantity. Litter quantities were standardised to the most frequently used units to achieve comparability. Data on biological interactions with litter were also extracted: location of field records, number of species affected, percentage of individuals affected, type of interaction, effects on biota, litter type, litter size, aquatic system and biome. Currently, 1,441 species (status 09/10/2017) have been found to interact with marine litter resulting in mortality in almost 20% of the cases. Web statistics reveal that the information displayed in the LITTERBASE online portal is continuously being retrieved by users from all over the world.

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