Index
A
Abiotic stress, 417
Accelerated pollution emissions, 378
Acetaminophen, 80
Acidic dyes, 174
Acidithiobacillus ferrooxidans, 295
Acidophiles, 302
Acidophilic autotrophs, 297
Acidophilic communities, 299
Acidophilic microorganisms, 294, 296
Acinetobacter species, 411
Actinomycetes, 155
Activated sludge, 209
Acute diarrhoeal disease (ADD), 395
Adaptation mechanisms, 275
Adsorbent surface, 360
Adsorption, 175, 177, 182, 184, 203, 284
Advanced oxidation processes (AOPs), 204
Aerobic biodegradation, 209
Aerogels, 77
Agricultural activities, 153
Agricultural discharge, 153
Agricultural residues, 210
Agriculture, 406
Agrobacterium rhizogenes, 31, 40, 41
Agrochemicals, 406
application, 407
extensive and unjustified, 407
functional and structural variability, 407
soil quality, 410
(see also Soil quality)
Agroecosystems, 246, 247
Air dyeing technology (ADT), 213
Air pollution, 378
direct and indirect factors, 380
Air Pollution and Health: A European
Approach (APHEA), 380
Air quality, 378, 384
Air quality epidemiological studies, 380–384
Air quality monitoring, 378–380, 384
Airs borne pollutants, 378
Albeit (fragmented) measures, 66
Albeit NC materials, 74
Algae, 179, 181
biomass, 284
biosorbents, 284
definition, 272
eukaryotic organism, 272
heavy metals removal, 273, 274
heavy metals toxicity, 274
high carbon capturing, 272
macroalgae, 273
microalgae, 272
phycology, 272
phycoremediation, 272
Algal heavy metal uptake functional groups
anionic, 281
biosorption, 282
C. miniata, 283
CH 3 and CH 2 functional groups, 281
free hydroxyl groups, 283
FTIR spectra, 283
halides groups, 281
macromolecules, 281
Algal heavy metal uptake mechanism
cellular metabolism, 280
cell wall composition, 279
entrapment, 280
© The Author(s), under exclusive license to Springer Nature Switzerland AG 2021
J. Aravind et al. (eds.), Strategies and Tools for Pollutant Mitigation,
https://doi.org/10.1007/978-3-030-63575-6
431
A
Abiotic stress, 417
Accelerated pollution emissions, 378
Acetaminophen, 80
Acidic dyes, 174
Acidithiobacillus ferrooxidans, 295
Acidophiles, 302
Acidophilic autotrophs, 297
Acidophilic communities, 299
Acidophilic microorganisms, 294, 296
Acinetobacter species, 411
Actinomycetes, 155
Activated sludge, 209
Acute diarrhoeal disease (ADD), 395
Adaptation mechanisms, 275
Adsorbent surface, 360
Adsorption, 175, 177, 182, 184, 203, 284
Advanced oxidation processes (AOPs), 204
Aerobic biodegradation, 209
Aerogels, 77
Agricultural activities, 153
Agricultural discharge, 153
Agricultural residues, 210
Agriculture, 406
Agrobacterium rhizogenes, 31, 40, 41
Agrochemicals, 406
application, 407
extensive and unjustified, 407
functional and structural variability, 407
soil quality, 410
(see also Soil quality)
Agroecosystems, 246, 247
Air dyeing technology (ADT), 213
Air pollution, 378
direct and indirect factors, 380
Air Pollution and Health: A European
Approach (APHEA), 380
Air quality, 378, 384
Air quality epidemiological studies, 380–384
Air quality monitoring, 378–380, 384
Airs borne pollutants, 378
Albeit (fragmented) measures, 66
Albeit NC materials, 74
Algae, 179, 181
biomass, 284
biosorbents, 284
definition, 272
eukaryotic organism, 272
heavy metals removal, 273, 274
heavy metals toxicity, 274
high carbon capturing, 272
macroalgae, 273
microalgae, 272
phycology, 272
phycoremediation, 272
Algal heavy metal uptake functional groups
anionic, 281
biosorption, 282
C. miniata, 283
CH 3 and CH 2 functional groups, 281
free hydroxyl groups, 283
FTIR spectra, 283
halides groups, 281
macromolecules, 281
Algal heavy metal uptake mechanism
cellular metabolism, 280
cell wall composition, 279
entrapment, 280
© The Author(s), under exclusive license to Springer Nature Switzerland AG 2021
J. Aravind et al. (eds.), Strategies and Tools for Pollutant Mitigation,
https://doi.org/10.1007/978-3-030-63575-6
431