Alternative methods in weed management to glyphosate and other herbicides
The present report aims to emphasise that we already have all the tools necessary to gradually start building a pesticide-free agricultural model and to confirm that weed control is possible using other means than harmful herbicides. The first edition was published in October 2017 has been revised in July 2018.
This report outlines the wide range of non-chemical alternatives to herbicides that are already available and used by groups such as organic farmers and those practicing integrated weed management (IWM). It highlights the critical need for mainstream farmers and growers to make much wider use of these tools, and the need to expand and improve current non-chemical tools while also developing novel approaches where current techniques are not effective enough. Using glyphosate-based herbicides as a reference, the current analysis presents a wide variety of weed management approaches that achieve highly effective weed control without the use of herbicides.
Read further in the revised version of July 2018>>
Endocrine Disrupting Pesticides in Food
Carcinogens in our food
EU policy provides that people are not exposed to carcinogens1. This means that alleged 'safe levels of exposure' (thresholds) shall not be applied to carcinogens and any exposure to these chemicals prevented. The industry sector has been attacking EU's policy on carcinogens for decades as one of their major lobby campaigns and has been promoting time and again the introduction of 'safe' thresholds.
Flaws in Glyphosate Toxicity Assessment
This report by PAN Germany's Senior Toxicologist, Peter Clausing, argues that in their assessments leading to the possible re-authorisation of Glyphosate, EU authorities failed to acknowledge its toxicity, using highly questionable arguments, and in clear violation of existing guidance documents.
Political decision-makers should not play along with the pesticide industry in this scientifically questionable and, as it seems, interest-driven game. Instead they should be objective in their assessment of glyphosate, ensure that the existing scientific evidence is evaluated correctly, and apply the precautionary principle to guarantee a high level of protection for humans and the environment.
The health of 500 million EU citizens is at stake.
PAN Europe Annual Activity Report 2016
PAN Europe reports its major policy actions and campaigns in the year 2016.
Endocrine Disrupting Chemicals and Future Generations: Time for the EU to Take Action
Following the growing evidence on the hormone-related adverse health effects in human and wildlife due to exposure to endocrine disrupting chemicals (EDCs), the European Union has taken the initiative to regulate and minimise human and environmental exposure to these substances.
Impact assessment of the criteria for endocrine disrupting pesticides
Criteria could lead to no endocrine disrupting pesticide being banned at all
Mid term review of EU Ombudsman's verdict regarding DG SANTE's pesticide decision-taking methods
PAN Europe in 2013 submitted a complaint to the EU Ombudsman regarding the massive (mis)use of a so-called 'confirmatory data' regime in the approval of pesticides. In case of observed high risks for the environment (birds, mammals, arthropods, fish, etc.) industry was granted the opportunity to submit additional information to show that those high risk do not exist, AFTER approval of their chemical.
Bee Emergency Call : How Member States keep using banned neonicotinoids and how the European Commission does nothing to stop them
February 2017 - Executive Summary
Bees are still under threat from abuse of pesticides. Four pesticides which are highly toxic to bees (including neonicotinoids and fipronil) were banned in 2013. However, the pesticide and seed industry, farmers and many EU Member States are continuing to use these pesticides. This is through a loophole in the Pesticides Regulation that allows for ‘emergency authorisations’.
AOP, the trojan horse for industry lobby tools?
AOP, the adverse outcome pathway, is a very interesting research topic. With AOP scientists try to find out HOW adverse effects develop in the body. AOP could be used in some future for screening of chemicals with unknown toxicity if it matures and shows good predictability of adverse effects.