By Alan R. Katritzky
Confirmed in 1960, Advances in Heterocyclic Chemistry is the definitive serial within the area-one of serious value to natural chemists, polymer chemists, and so much organic scientists. each 5th quantity ofAdvances in Heterocyclic Chemistry features a cumulative topic index.
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Additional info for Advances in Heterocyclic Chemistry
Concentrations in groundwater Health criteria Compound Maximum (ppb) Carbon tetrachloride 0 Dichlorobenzene 488 1,400 300 30 15,000 > 15,000 0 0 0 14,000 Cone. 20 Page 1981 Argo 1985 Page 1981 Argo 1985 Hutchins et al. 1983 Page 1981 Roux and Althoff 1980 Argo 1985 Argo 1985 Argo 1985 Argo 1985 Argo 1985 Argo 1985 Hutchins et al. 1983 Page 1981 Page 1981 Page 1981 Roux and Althoff 1980 Argo 1985 Argo 1985 Hutchins et al. 1983 a - one in a million lifetime cancer risk level b - exceeds health criteria c - reclaimed water from effluent injection studies given above is by no means complete.
A total of67 well points, 25 private wells and 7 irrigation wells were sampled. The highest concentration of aldicarb among private wells was 17 ppb. Higher concentrations (as high as 190-210 ppb and an average of80 ppb) were found in several of the shallow and very shallow wells. The authors concluded that: 1) Most aldicarb under treated fields was concentrated near the water table; 2) No aldicarb was detected in any of the deep monitoring wells, roughly 60 ft below the water table; 3) Aldicarb seems to be concentrated in a 5 ft thick layer near the water table; 4) Marked seasonal fluctuations in aldicarb concentration occurred in several wells; 5) There may be a time lag of 10-20 months after application before peak concentrations occur in the aquifer; 6) Aldicarb is a good indicator of potential groundwater contamination by other organic chemicals due to its high water solubility and poor adsorbability.
Organochlorine insecticides are, by and large, lipophilic compounds oflimited water solubility. It is, therefore, predictable that such compounds will remain in the upper layers of the soil with little downward movement. Lichtenstein et al. (1971) studied the persistence and vertical distribution of DDT, lindane and aldrin residues, 10 and 15 years after a single soil application. The results showed that all three insecticides are metabolized in loam soils and disappear at relatively slow rates.
Advances in Heterocyclic Chemistry by Alan R. Katritzky