Increasing the Awareness of Health Risks from Lead-Contaminated Game Meat Among International and National Human Health Organizations

Overview

Thomas and colleagues review the human-health exposure pathway from lead-based hunting ammunition into wild game meat and compare the attention given to that pathway by international and national health organizations. The paper is not a new occurrence survey; it synthesizes published evidence on lead fragments, bioavailability, blood lead, high-consumption groups, food-bank distribution, and policy gaps. It is useful as game-meat lead exposure context, not as a concentration-distribution input.

Key numbers

• Article identity: European Journal of Environment and Public Health 6(2), article em0110, DOI 10.21601/ejeph/12043; received 28 Feb. 2022 and accepted 11 Apr. 2022.
• Risk-population estimates from the abstract: EU frequent game-meat consumers are likely drawn from 13.8 million people in hunters’ households, including 1.1 million young children; the paper estimates 10 million people are potentially at risk in the USA.
• Market and hunting scale: the paper describes the European wild game meat retail market as valued at over 1.1 thousand million Euros annually, cites approximately 6.3 million large game animals killed annually in Europe, and cites 43.2 million gamebirds released annually in the UK for shooting.
• UK gamebird-consumption estimate: Green and Pain (2015), as summarized by the source, estimated 4,940 to 9,880 tons of gamebird meat eaten by UK consumers annually.
• Lead-fragment exposure context: the source states that lead concentrations from rifle-bullet fragments can be elevated up to 30 cm from the bullet tract and that nanoparticles of median diameter c. 60 nm have been found within 10 cm of the bullet tract.
• Bioavailability context: the paper summarizes Hunt et al. (2009), in which minced venison containing radiodense metal fragments from lead-based bullets was fed to pigs (four experimental and four controls), and blood lead levels rose rapidly and were significantly higher than controls.
• EFSA benchmark-dose context as summarized by the source: the BMDL01 was calculated as 1.2 µg/dL for a 1% (1 point) reduction in IQ in children.
• Food-bank distribution context: Avery and Watson (2009), as summarized by the source, calculated that during the 2007-2008 hunting season over one million kg of venison was donated to 74% of the 75 food-bank programs providing data.
• Food-bank fragment findings: Cornatzer et al. (2009), as summarized by the source, detected X-ray metal fragments in 59% of 100 randomly selected packages of venison donated to a North Dakota food bank; Wilson et al. (2020), as summarized by the source, reported that 48% of 27 packages of ground venison from shotgun-harvested white-tailed deer in Illinois contained lead fragments.
• The source’s Table 1 is a policy-action table, not an occurrence table. It proposes monitoring/reporting, food-safety limits, risk communication, and non-lead ammunition transitions to reduce dietary lead exposure from ammunition sources.

Methods (brief)

This is a narrative exposure and policy review rather than a primary analytical study. The authors discuss published studies on lead ammunition fragmentation, game-meat lead bioavailability, blood lead in game consumers, hunter and food-bank exposure groups, and the presence or absence of health-agency risk-reduction programs. Figure 1 is an X-ray image of a feral pig shot with a 130 grain .308 caliber lead-based hollow point bullet in New South Wales, Australia, credited to Hampton et al. (2018). Table 1 lists suggested policy actions for eliminating human exposure to dietary lead from ammunition sources.

Related evidence

• Lead
• Meat and poultry
• Meat and Poultry
• Game meats (venison, bison, rabbit)
• EFSA — Lead in Food (2010), No-Threshold Position
• Commission Regulation (EC) No 1881/2006 setting maximum levels for certain contaminants in foodstuffs

Update history

The five most recent substantive edits to this page, classified major (evidence or structure moved), correction (a published value or statement was wrong and has been fixed), or minor (narrative rewritten without changing the underlying evidence). Each description is derived from what the edit did to this page; the linked commit is the authoritative record, routine regeneration passes are excluded, and the full version history lives in git.