405
lithosphere, 172
mineral raw materials, 172
minerals of germanium, 205
mosses uses, 36
multidisciplinary approach, 190
multivariate extraction, 190
natural environment, 172
pollutants, 66
pyroclastites, 190
sampling protocol, 187, 188
spatial analysis, 69
spatial distribution, 192
toxic metals, 36
trace element distribution, 192
transition lithologic units, 190
visualization, 178
Vladimirovo-Berovo, 192
Atmospheric emissions, 173, 176
Atmospheric particles, 143
Atmospheric pollution, 36, 76, 79
Atmospheric pressure chemical ionization
(APCI), 346
Atmospheric transport, 35
Atomic absorption spectrophotometry
(AAS), 340
Atomic emission spectrometer, 83
Atomic emission spectrometry with
inductively coupled plasma
(AES-ICP), 83, 84, 383
Atomic emission spectrophotometry
(AЕS), 340–342
Atrazine, 214, 215, 220
Attic dust, 177
Auxiliary hypothesis, 21
B
Bacteriotoxins, 8
Barley
in Balkan countries, 286
breeding programs, 288
calcium, 288
cultivated barley, 287
essential macroelements, 288
factor loading of tested barley
genotypes, 303
genotypes, 291
hierarchical cluster analysis of
elements, 304
for human and livestock nutrition, 294
leading countries in production, 285
macro- and microcontent, 301
macro- and microelements, 288, 301
mineral composition, 288
mineral content, 288
Al, 297
Ca, 297
Cu, 299
Fe, 298
Mg, 295
Mn, 298
Na, 294
Ni, 300
P, 297
Zn, 299
morphology, 286
multistage, production, 287
multivariate analyses, 301
origin, 285
in Ovče Pole valley
average air temperature and
precipitations, 290, 291
climate, 290
investigated trial, 289
sample preparation and applied
methods, 291, 292
sowing, agrochemical soil analysis, 290
statistical data processing, 293, 294
production, 285
Russian Federation, 285, 286
self-pollinating diploid, 284
as spring/winter types, 287
starch, 287
taxonomy, 284
vegetative growth, 287
winter barley genotypes, 291, 292
Benalaxyl, 225, 226, 228, 229, 231, 233
Beneficial bacteria, 314
Bentazone, 215
Bioaccumulation, 397–399
Biodegradable components, 9
Biodiversity
adaptation/human health protection, 12
agriculture, 13
atmospheric deposition, substances, 13
biodiversity loss, 14
climate change, 12
constituent blocks, 12
extensive agricultural practices, 12
forests, 13
human activities, 12
indirect and cumulative effects, 13
inland and freshwater ecosystems, 13
invasive non-native species, 14
land conversion, 12
preservation, 12
utilization, natural resources, 12
Biogenic amines, 325
Index
lithosphere, 172
mineral raw materials, 172
minerals of germanium, 205
mosses uses, 36
multidisciplinary approach, 190
multivariate extraction, 190
natural environment, 172
pollutants, 66
pyroclastites, 190
sampling protocol, 187, 188
spatial analysis, 69
spatial distribution, 192
toxic metals, 36
trace element distribution, 192
transition lithologic units, 190
visualization, 178
Vladimirovo-Berovo, 192
Atmospheric emissions, 173, 176
Atmospheric particles, 143
Atmospheric pollution, 36, 76, 79
Atmospheric pressure chemical ionization
(APCI), 346
Atmospheric transport, 35
Atomic absorption spectrophotometry
(AAS), 340
Atomic emission spectrometer, 83
Atomic emission spectrometry with
inductively coupled plasma
(AES-ICP), 83, 84, 383
Atomic emission spectrophotometry
(AЕS), 340–342
Atrazine, 214, 215, 220
Attic dust, 177
Auxiliary hypothesis, 21
B
Bacteriotoxins, 8
Barley
in Balkan countries, 286
breeding programs, 288
calcium, 288
cultivated barley, 287
essential macroelements, 288
factor loading of tested barley
genotypes, 303
genotypes, 291
hierarchical cluster analysis of
elements, 304
for human and livestock nutrition, 294
leading countries in production, 285
macro- and microcontent, 301
macro- and microelements, 288, 301
mineral composition, 288
mineral content, 288
Al, 297
Ca, 297
Cu, 299
Fe, 298
Mg, 295
Mn, 298
Na, 294
Ni, 300
P, 297
Zn, 299
morphology, 286
multistage, production, 287
multivariate analyses, 301
origin, 285
in Ovče Pole valley
average air temperature and
precipitations, 290, 291
climate, 290
investigated trial, 289
sample preparation and applied
methods, 291, 292
sowing, agrochemical soil analysis, 290
statistical data processing, 293, 294
production, 285
Russian Federation, 285, 286
self-pollinating diploid, 284
as spring/winter types, 287
starch, 287
taxonomy, 284
vegetative growth, 287
winter barley genotypes, 291, 292
Benalaxyl, 225, 226, 228, 229, 231, 233
Beneficial bacteria, 314
Bentazone, 215
Bioaccumulation, 397–399
Biodegradable components, 9
Biodiversity
adaptation/human health protection, 12
agriculture, 13
atmospheric deposition, substances, 13
biodiversity loss, 14
climate change, 12
constituent blocks, 12
extensive agricultural practices, 12
forests, 13
human activities, 12
indirect and cumulative effects, 13
inland and freshwater ecosystems, 13
invasive non-native species, 14
land conversion, 12
preservation, 12
utilization, natural resources, 12
Biogenic amines, 325
Index