
 
      
      Testing times 
      for 'killer' chemicals
      
      EARTH 
      WATCH | Bharati Chaturvedi
      
      March 22, 2005
      What do baby oil and 
      vultures have in common? It's an easy one if you've been reading the 
      papers. Both contain, literally, chemicals that were not tested for their 
      wider effects.
      
      Look at it this way. Baby oil, it turns out, has paraffin — which is not a 
      product specially recommended for babies.
      Vultures, says a study by 
      Lindsay Oaks from the Washington State University, have declined by over 
      95 per cent in Pakistan, India and Nepal. And 85 per cent of the 259 
      vultures tested suffered from visceral gout and renal failure, caused by 
      diclofenac — a chemical used in cattle to handle pain. The three-year 
      study shows that the Oriental White Backed, Long Billed and Slender Billed 
      Vultures have been the most severely impacted. But really, that's not the 
      point. The point is much more basic.
      Why are there so many 
      untested chemicals lurking around us? Since World War II, of the almost 
      100,000 chemicals produced, less than 5,000 have been tested. Of these, 
      not all have been tested adequately.
      For instance, it would 
      take up more resources than the government has to test one lakh chemicals. 
      And besides, why should the state be always responsibile? It would be way 
      more sensible if the onus were on the manufacturer to prove to the 
      government and the public that the chemicals being used are not toxic.
      Sensitive cultures Some 
      people bear the brunt of environmental contamination more than others. In 
      Delhi, for example, residents have more DDT in their fat than in any other 
      part of the country.
      In the Arctic, indigenous 
      people are livid that their environment has been tested for high levels of 
      lindane, an organo-chlorine pesticide. One of the reasons for this is that 
      lindane travels and accumulates in the eco-system — including in food like 
      salmon and whale meat, the staple diet there. A significant contribution 
      could be from the rest of the US, where lindane is used for agricultural 
      purposes.
      One of the arguments 
      people in the region put forth is that lindane-rich meat is not simply a 
      question of poor food quality. It is actually a threat to an entire 
      culture, linked with the resources traditionally available in a cold and 
      harsh climate.