258
SUBJECT INDEX
Gymnosperm forests, 103, 116, 119,
121, 125,132,139,148,151-152
H
Harvesting methods (Litter), 103, 107
Heath litter, 107
Hebrides, 178
Heterogeneity, 71,89
degree of, 73,76
Heterozygosity (Genecology), 195,204
Hieracium umbellatum, 210
Hierarchical classification (Statistics),
Hirkjolen, Norway, 117,146
Hokkaido, Japan, 146
Homogeneity, 7 1
Homozygosity (Genecology), 195,204
Housefly, 44,5 1
Hungary, 108,113
Hylocmium spp., 117
Hyloicwr spp., 13
Hyloicua (or Sphinx) pinaatri (L.), 12
Hypbntria cunea (Dru.), 20
Hypothesis-generation (Statistics), 6062,74-75,81
Hyytiala, Finland, 112
78,79
I
Ichneumonid parasites (Insect), 5
Idaho, U.S.A., 181
Illinois, U.S.A., 146
Imperial College Field Station, 31
Importance indices and value (StatisIndiana, U.S.A., 146
International Code of Botanical
Inverse analysis (Statistics), 81-82
Ireland, 178
Isolation (Genecology), 204-210
Israel, 223
Ituri, Congo, 109
Iwate, Japan, 146
tics), 68
Nomenclature, 165
J
Japan, 114,145,146,149
Japanese forests, 107, 108, 136
Jays, 48
Juglam nigra, 12 1
Juniperwr spp., 12 1
Juniperus pinchotii, 122
Juniperus utahensis, 122
Juniperus virginiana, 121
K
Kade, Ghana, 109
Kallo, Hungary, 114
Kamyshin, U.S.S.R., 145
Kansas, U.S.A., 231
Key factor analysis (Statistics), 27-30
artificial reduction of, 35-37
exclusion of, 35-37
Kiev, U.S.S.R., 117
Kola Peninsula of U.S.S.R., 108, 117
Kosciusko plateau, 176
Knapweed gall-fly, 36
Kunadacs, Hungary, 113,114
L
Lamarckian response (Genecology), 215
L a r k spp., 121
Larixdecidua, 110,114,123,135,146
Larix europa, 148
Larix kaempferi (leptolepis), 114
Larix leptolepis, 114, 120, 122, 146
Larix sibirica, 114, 120, 122
Lasiocampids, 12
Lasiua niger, 35
Layia spp., 189
Layiaphtyglossa, 172,211
Leaves, standing crop, 142-147
Lepidoptera, 11, 12
Letzlinger Heide forests, Germany, 12
Life cycle (Insect), 13-14
Life tables (Insect), 13
Lignin, use of, 103
Lima, 183
Limitation (Insect), 4
Linnean species, 161
Liquidambar styracijua, 123
Liriodendron tulipiyera, 111, 121, 123
Litter
analysis, 30-35
altitude influence, 129-130
angiosperm, 104, 107, 111, 115, 116,
119, 120, 121, 125, 132, 136, 139,
148,151-152
annual variation, 139-141
ash content, 122-124
climatic influence, 127-129,149
components, 118
factors affecting litter fall, 125-142
SUBJECT INDEX
Gymnosperm forests, 103, 116, 119,
121, 125,132,139,148,151-152
H
Harvesting methods (Litter), 103, 107
Heath litter, 107
Hebrides, 178
Heterogeneity, 71,89
degree of, 73,76
Heterozygosity (Genecology), 195,204
Hieracium umbellatum, 210
Hierarchical classification (Statistics),
Hirkjolen, Norway, 117,146
Hokkaido, Japan, 146
Homogeneity, 7 1
Homozygosity (Genecology), 195,204
Housefly, 44,5 1
Hungary, 108,113
Hylocmium spp., 117
Hyloicwr spp., 13
Hyloicua (or Sphinx) pinaatri (L.), 12
Hypbntria cunea (Dru.), 20
Hypothesis-generation (Statistics), 6062,74-75,81
Hyytiala, Finland, 112
78,79
I
Ichneumonid parasites (Insect), 5
Idaho, U.S.A., 181
Illinois, U.S.A., 146
Imperial College Field Station, 31
Importance indices and value (StatisIndiana, U.S.A., 146
International Code of Botanical
Inverse analysis (Statistics), 81-82
Ireland, 178
Isolation (Genecology), 204-210
Israel, 223
Ituri, Congo, 109
Iwate, Japan, 146
tics), 68
Nomenclature, 165
J
Japan, 114,145,146,149
Japanese forests, 107, 108, 136
Jays, 48
Juglam nigra, 12 1
Juniperwr spp., 12 1
Juniperus pinchotii, 122
Juniperus utahensis, 122
Juniperus virginiana, 121
K
Kade, Ghana, 109
Kallo, Hungary, 114
Kamyshin, U.S.S.R., 145
Kansas, U.S.A., 231
Key factor analysis (Statistics), 27-30
artificial reduction of, 35-37
exclusion of, 35-37
Kiev, U.S.S.R., 117
Kola Peninsula of U.S.S.R., 108, 117
Kosciusko plateau, 176
Knapweed gall-fly, 36
Kunadacs, Hungary, 113,114
L
Lamarckian response (Genecology), 215
L a r k spp., 121
Larixdecidua, 110,114,123,135,146
Larix europa, 148
Larix kaempferi (leptolepis), 114
Larix leptolepis, 114, 120, 122, 146
Larix sibirica, 114, 120, 122
Lasiocampids, 12
Lasiua niger, 35
Layia spp., 189
Layiaphtyglossa, 172,211
Leaves, standing crop, 142-147
Lepidoptera, 11, 12
Letzlinger Heide forests, Germany, 12
Life cycle (Insect), 13-14
Life tables (Insect), 13
Lignin, use of, 103
Lima, 183
Limitation (Insect), 4
Linnean species, 161
Liquidambar styracijua, 123
Liriodendron tulipiyera, 111, 121, 123
Litter
analysis, 30-35
altitude influence, 129-130
angiosperm, 104, 107, 111, 115, 116,
119, 120, 121, 125, 132, 136, 139,
148,151-152
annual variation, 139-141
ash content, 122-124
climatic influence, 127-129,149
components, 118
factors affecting litter fall, 125-142