Index
Accumulative residue, 122
Acetyl CoA, 73
Achromobacter, 78
Acinetobacter, 78
Active transport in plants, 23
Aedes aegypti, 205
Aedes triseriatus, 205
Aedes vexans, 204
Aerial applications, simulated, 175
Airport tests, 175
Alcaligenes, 78
Aldrin
degradation in soil, 96
epoxidation, 7, 24
isomerization, 84
oxidation, 77
persistence, 274
toxicity to animals, 287
toxicity to man, 291, 293
Amino acid conjugation in plants, 48
Anacystis nudihms, 76
Analog-induced metabolism, 69-70
Anthroponoses, 194
Aromatic hydroxylation, 8
Atrazine
degradation, 275
glutathione conjugation, 50-51
half-life in soils, 275
nitrosation, 12
Attagenus megatoma, 251
Bacillus sphaericus, 207
Bacillus thuringiensis for forest pests, 177
Bark beetles, 159
Benomyl (= Benlateill)
biodegradation, 147-149
conversion in plant tissue, 149
as an important benzimidazole, 146-149
stability in nonsterile soil, 135
toxicity, 135
Benzimidazoles, 146
BHC dehydrohalogenation, 5
Bioefficacy in India, 281
Boiling point of fumigants, 241
Bound residues
definition, 4
in plants, 56-57
Brinjal, 273
Broad-spectrum enzymes, 74
CANUSA program, ISO
Captan,I43
Carbaryl
bound residues in plants, 57
degradation in soil, 101
for forest pests, 177-178
in forest spray programs, 163-165
half-life in ftooded soils, 104
in hydrolytic processes, 7, 38, 73-74
oxidative metabolism in plants, 27-29, 43
in pesticide combinations, 109-110
residues in fann products, 272, 282
toxicity, 172-173, 287
Carbofuran, chemical degradation, 101
Chloroneb, 145
Choristoneurafumiferana, 159
Choristoneura pinus, 160
Cometabolism,69
307