TY - JOUR
T1 - Evidence on the effects of flame retardant substances at ecologically relevant endpoints
T2 - a systematic map protocol
AU - Jones, L. B.
AU - Arnold, K. E.
AU - Allchin, O.
N1 - © 2024 The author(s)
PY - 2024/8/7
Y1 - 2024/8/7
N2 - Flame retardant (FR) substances are known to pose a risk to environmental health. A list of potential FR substances has been developed; however, detailed information on the risk, or hazard of such substances to the environment, specifically ecologically relevant endpoints involving animals, plants, bacteria and fungi, has not yet been collated. The main objective of this study is to identify, organise and group existing primary evidence of the ecologically relevant (eco)toxicological effects of FR substances to the environment. We will search several databases across two electronic academic indexes (Scopus and Web of Science [All Collections]). Eligible studies must contain primary research investigating the risk (or hazard) of one or more included FR substances and study an ecologically relevant effect in any non-human animal, plant, bacteria and/or fungi. Ecologically relevant effects include impacts on growth, development, survival, reproduction and behaviour. Articles will be screened at title and abstract, before a full-text review. All articles will be screened by a single reviewer, with a second reviewer assessing articles for consistency. Data extraction will be performed on all articles included at full text, with articles that do not meet the eligibility criteria excluded. All articles excluded at full text will be confirmed by a second reviewer. Results will be published in a narrative summary and visualised in a publicly available, user-friendly, interactive and interrogable evidence map.
AB - Flame retardant (FR) substances are known to pose a risk to environmental health. A list of potential FR substances has been developed; however, detailed information on the risk, or hazard of such substances to the environment, specifically ecologically relevant endpoints involving animals, plants, bacteria and fungi, has not yet been collated. The main objective of this study is to identify, organise and group existing primary evidence of the ecologically relevant (eco)toxicological effects of FR substances to the environment. We will search several databases across two electronic academic indexes (Scopus and Web of Science [All Collections]). Eligible studies must contain primary research investigating the risk (or hazard) of one or more included FR substances and study an ecologically relevant effect in any non-human animal, plant, bacteria and/or fungi. Ecologically relevant effects include impacts on growth, development, survival, reproduction and behaviour. Articles will be screened at title and abstract, before a full-text review. All articles will be screened by a single reviewer, with a second reviewer assessing articles for consistency. Data extraction will be performed on all articles included at full text, with articles that do not meet the eligibility criteria excluded. All articles excluded at full text will be confirmed by a second reviewer. Results will be published in a narrative summary and visualised in a publicly available, user-friendly, interactive and interrogable evidence map.
U2 - 10.1080/2833373X.2024.2375113
DO - 10.1080/2833373X.2024.2375113
M3 - Article
SN - 2833-373X
JO - Evidence-Based Toxicology
JF - Evidence-Based Toxicology
IS - 1
M1 - 2375113
ER -