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'They’ve turned the Environment into the Experiment – and WE are all the experimental SUBJECTS'

Phil Chandler's audio-interview with Tom Theobald - the Colorado bee-farmer who uncovered the duplicity of the American EPA - in licensing Clothianidin against the official judgement of their own scientific officers. The scientists noted that as a nicotinoid, Clothianidin was 'highly toxic to bees by contact and oral exposure' and that is was 'highly mobile' in soil and groundwater - very likely to migrate into streams, ponds and other fields, where it would be absorbed by wildflowers - and go on to kill more bees and non-target insects like butterflies and bumblebees (attached). They judged it to be many times more toxic than its sister nicotinoid Imidacloprid, which is "7,000 times more toxic to bees than DDT". Despite the strong advice of their own scientists, the American EPA gave Clothianidin a conditional license in 2003 and it was planted on 88 million acres of American maize (corn, sweetcorn). Since 2004 - over a million beehives have died across America - and many science studies point the finger at Clothianidin (and Imidacloprid) , because in the vast monocultural maize prairies of America - bees rely heavily on maize pollen for the protein to feed their young.

The full audio interview can be listened to as a Podcast online at:

http://biobees.libsyn.com

UK House of Commons Early Day Motion to Ban Neonicotinoids

Text of the Early Day Motion EDM 1267 lodged by Caton, Martin
IMPACT OF NEONICOTINOID PESTICIDES ON BEES AND OTHER INVERTEBRATES
13.01.2011

That this House is gravely concerned by the contents of a recently leaked memo from the US Environment Protection Agency whose scientists warn that bees and other non-target invertebrates are at risk from a new neonicotinoid pesticide and that tests in the US approval process are insufficient to detect the environmental damage caused; acknowledges that these findings reflect the conclusions of a 2009 `Buglife' report that identified similar inadequacies in the European approval regime with regard to neonicotinoids; notes reports that bee populations have soared in four European countries that have banned these chemicals; and therefore calls on the Government to act urgently to suspend all existing approvals for products containing neonicotinoids and fipronil pending more exhaustive tests and the development of international methodologies for properly assessing the long-term effects of systemic pesticides on invertebrate populations.

Largest National Insect Study Reveals Major Changes to UK Wildlife

The newly-published Provisional Atlas of the UK’s Larger Moths contains up-to-date maps showing the distributions of 868 moth species, many of which have never been published before. Initial findings from the huge data set include a pattern of considerable decline among some common moth species. These species include the Lappet moth, an amazing species that looks like a leaf and has a ‘snout’ that resembles a leaf stalk. This creature used to be common across central and southern England but has retreated to a few strongholds. Another once-widespread moth, the Stout Dart, now appears to be on the brink of extinction. Scarcer moths have also suffered serious declines, including the Wood Tiger, Broad-bordered Bee Hawk-moth, GoldSwift, Dew Moth, Light Feathered Rustic and Silvery Arches. Moths make up a substantial portion of the UK’s biodiversity and their caterpillars are a vital part of the food chain for many birds and other wildlife.

Silent skies

Why is it that birds are falling from the skies, their numbers crashing in mass extinctions? Henk Tennekes has an answer: He cites evidence in his book that the species suffering dramatic losses (mostly out of public view) in the past two decades -- sparrows, swifts, starlings, and many other insectivores -- are struggling to find food; insects such as beetles, springtails, and earthworms are being wiped out by neonicotinoid insecticides, chiefly imidacloprid and clothianidin.

"The excessive imidacloprid levels noted in surface water of ... [places] with intensive agriculture have been associated with insect decline and [subsequently] a dramatic decline of common grassland birds."

The author, a toxicologist in the Netherlands, documents the threat neonicotinoids pose, even at very low levels, their mode of action similar to that of chemical carcinogens. These persistent nerve poisons, applied since 1991 as systemic seed and soil treatments, cause ecological damage in two major ways: They kill insects of all kinds by devastating their nervous systems, and they migrate from soil into waterways, then dispersing throughout local ecosystems.

Bird deaths: the fallout

It’s biblical, it’s big news and it’s giving plenty of fodder to conspiracy theorists. But are mass deaths of wildlife an early warning sign of the damage humankind is doing to the planet? When thousands of birds fall out of the sky – as they’ve been doing across the world this last week – it’s eerie to say the least.

But the mass bird deaths may not be just a freak of nature; they could be an indication of how we’ve poisoned our planet.

Birds are disappearing and dying off en masse across the world because the insects on which they depend for vital protein are being wiped out by toxic pesticides, according to new scientific evidence.

EU beekeeping associations are calling for an urgent revision of pesticide regulations

The European Beekeeping Coordination (EBC), a task force of professional beekeeping associations from across the EU, is calling for an urgent revision of the way pesticides and their active substances are authorised in the EU. In a leaked memo EPA scientists state that “information from standard tests and field studies, as well as incident reports involving neonicotinoids insecticides (e.g., imidacloprid) suggest the potential for long-term toxic risk to honey bees and other beneficial insects” and they criticise existing approvals research as deficient and request additional tests “for additional chronic testing on bee hive activity (e.g., effects to queen, larvae, etc.).”

Acetamiprid and thiacloprid can be as toxic to honey bees as imidacloprid and thiamethoxam

Laboratory bioassays conducted to determine the contact honey bee toxicity of commercial neonicotinoid insecticides showed that the nitro-substituted compounds were the most toxic to the honey bee with LD50 values of 18 ng/bee for imidacloprid and 30 ng for thiamethoxam. The cyano-substituted neonicotinoids exhibited a much lower toxicity with LD50 values for acetamiprid and thiacloprid of 7.1 and 14.6 µg/bee, respectively. However, piperonyl butoxide and propiconazole increased honey bee toxicity of acetamiprid 6.0- and 105-fold and thiacloprid 154- and 559-fold, respectively, but had a minimal effect on imidacloprid (1.70 and 1.52-fold, respectively). A broad survey of pesticide residues conducted on samples from North American apiaries during the 2007–08 growing seasons revealed the presence of 121 different pesticides and metabolites within wax, pollen, bee and associated hive samples, including acetamiprid, thiacloprid, imidacloprid, thiamethoxam, piperonyl butoxide and propiconazole. Thus, under practical circumstances, acetamiprid and thiacloprid can be as toxic to honey bees as imidacloprid and thiamethoxam.

U.S. Bee Culture Magazine's Review of Henk Tennekes' Book "Disaster in the Making"

It is notable that this book and information on the scandal at EPA regarding registration of Bayer’s clothianidin become available at about the same time. EPA, brought on the carpet for grossly mishandling the registration due process of this chemical in part because of information first published in Bee Culture by Tom Theobald in July, certainly has some ‘splainin to do on their process, and the bureaucratic rug they swept their mess under when they allowed Bayer free rein with this deadly cocktail. And Bayer, too, has some ‘splainin to do on their gross negligence on performing even the minimum testing for honey bee safety before they even got a conditional registration from EPA seven years ago. It was, as Tom says, research fraud at its best. There are some beekeepers in this country that are convinced that this chemical, and others like it are closely associated with CCD. There’s evidence to support that. Dr. Tennekes would probably agree. His slim book catalogs a tragedy of monumental proportions regarding the loss of the insect-feeding (invertebrate-dependent) bird populations in all environments in the Netherlands. And he ties the disappearance to agriculture generally, and the neonicotinoid insecticide imidacloprid in particular. Clothianidin is no different, he says. He brings together the disasters of surface water contamination and the decline of nearly all life forms associated with that resource, but then he also includes the decline of insect feeding woodland birds in Britain, the Low Countries, Germany, Switzerland, and France. It is a telling, and gruesome story. The insects are gone. And now, so are the birds. The question is...what, or maybe who, is next?

Soil-Applied Imidacloprid Is Translocated to Nectar and Kills Nectar-Feeding Parasitoids

Behavior was altered and survivorship was reduced when parasitoids, Anagyrus pseudococci (Girault) (Hymenoptera: Encyrtidae), were fed flowers from buckwheat, Fagopyrum esculentum L. (Polygonaceae), treated with soil applications of imidacloprid (Marathon 1% G). Parasitoids at 1 d had significantly reduced survivorship of 38 ± 6.7% on label rate and 17 ± 4.2% on twice label rate compared with 98 ± 1.2% on untreated flowers. Parasitoids trembled 88% on label rate and 94% on twice label rate compared with 0% on untreated flowers.

Phil Chandlers interview with Henk Tennekes on systemic insecticides

Phil Chandler is author of The Barefoot Beekeeper and has a busy discussion forum for natural beekeeping on his web site at http://www.biobees.com. The subject of Phil Chandlers latest podcast is Dr Henk Tennekes, who was born in The Netherlands, and after graduating from the Agricultural University of Wageningen in 1974, he performed his Ph.D. work at Shell Research Ltd in the UK. He later worked for 5 years at the German Cancer Research Centre in Heidelberg. The culmination of Dr Tennekes' research was his recent discovery that the way the neonicotinoid insecticides work has much in common with that of chemical carcinogens - cancer-causing agents.