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Trace Elements in Soils and Plants, Third Edition 3rd New edition [Kõva köide]

(Institute of Soil Science and Plant Cultivation, Pulawy, Poland)
  • Formaat: Hardback, 432 pages, kõrgus x laius: 246x174 mm, kaal: 907 g, 172 Tables, black and white
  • Ilmumisaeg: 08-Nov-2000
  • Kirjastus: CRC Press Inc
  • ISBN-10: 0849315751
  • ISBN-13: 9780849315756
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  • Formaat: Hardback, 432 pages, kõrgus x laius: 246x174 mm, kaal: 907 g, 172 Tables, black and white
  • Ilmumisaeg: 08-Nov-2000
  • Kirjastus: CRC Press Inc
  • ISBN-10: 0849315751
  • ISBN-13: 9780849315756
Contemporary legislation respecting environmental protection and public health, at both national and international levels, are based on data that characterize chemical properties of environmental phenomena, especially those that reside in our food chain. Thus, environmental and food quality are now matters of major public concern and therefore a system of metrology in trace analysis has recently been developed at the international level.

This new edition of a bestseller highlights the significance of anthropogenic factors in changing the trace element status in soils and plants. Written by Dr. Alina Kabata-Pendias, a world-renowned plant and soil scientist, Trace Elements in Soil and Plants, Third Edition incorporates recent data from about 400 respected sources. These data present the most recent research on topical issues such as the assessment of natural/background content of trace elements in soil; bioindication of chemical status of environmental compartments; soil remediation; and hyperaccumulation and hyperextraction of trace metals from the soil. Discussions of the health-related significance of trace elements in food are also included.

This third edition presents an overview of the principal pathways from soils to plants. The author provides the background for a more profound understanding of ways by which chemical processes operate in both polluted and unpolluted conditions of the soil-plant system. The current review of recent soil-plant findings offered by Trace Elements in Soil and Plants, Third Edition renders the book an indispensable reference.
The Biosphere
1(3)
The Anthroposphere
3(24)
Introduction
3(3)
Air Pollution
6(3)
Water Pollution
9(1)
Soil
10(12)
Soil Contamination
10(10)
Soil Remediation
20(2)
Plants
22(5)
Biomonitoring
24(3)
Soils and Soil Processes
27(22)
Introduction
27(3)
Weathering Processes
30(4)
Pedogenic Processes
34(15)
Dissolution and Mobilization
35(6)
Transport and Budget
41(1)
Sorption and Adsorption
42(4)
Speciation
46(3)
Soil Constituents
49(24)
Introduction
49(1)
Trace Elements
49(2)
Minerals
51(6)
Clay Minerals and Other Aluminosilicates
52(2)
Oxides and Hydroxides
54(2)
Carbonates
56(1)
Phosphates
56(1)
Sulfides, Sulfates, and Chlorides
56(1)
Organisms in Soils
57(7)
Microorganisms
58(5)
Invertebrates
63(1)
Organic Matter
64(9)
Trace Elements in Plants
73(26)
Introduction
73(1)
Absorption
74(5)
Root Uptake
76(1)
Foliar Uptake
77(2)
Translocation
79(1)
Availability
80(4)
Essentiality, Deficiency, and Excess
84(3)
Toxicity and Tolerance
87(8)
Interaction
95(2)
Bioindication
97(2)
Elements of Group I
99(24)
Introduction
99(1)
Lithium
99(3)
Soils
99(1)
Plants
100(2)
Rubidium
102(2)
Soils
102(1)
Plants
103(1)
Cesium
104(2)
Soils
104(1)
Plants
104(1)
137Cesium
105(1)
Copper
106(13)
Soils
106(3)
Reactions with Soil Components
109(3)
Contamination of Soils
112(1)
Plants
113(1)
Absorption and Transport
113(1)
Biochemical Functions
114(2)
Interactions with Other Elements
116(1)
Concentrations in Plants
117(2)
Silver
119(3)
Soils
119(2)
Plants
121(1)
Gold
122(1)
Soils
122(1)
Plants
122(1)
Elements of Group II
123(46)
Introduction
123(1)
Beryllium
123(3)
Soils
123(2)
Plants
125(1)
Strontium
126(3)
Soils
126(1)
Plants
127(2)
Barium
129(1)
Soils
129(1)
Plants
130(1)
Radium
130(1)
Zinc
131(12)
Soils
131(1)
Reactions with Soil Components
132(4)
Contamination of Soils
136(1)
Plants
136(1)
Absorption and Transport
136(2)
Biochemical Functions
138(2)
Interactions with Other Elements
140(1)
Concentrations in Plants
141(2)
Cadmium
143(14)
Soils
143(1)
Reaction with Soil Components
144(3)
Contamination of Soil
147(2)
Plants
149(1)
Absorption and Transport
149(4)
Biochemical Roles
153(1)
Interactions with Other Elements
154(1)
Concentrations in Plants
154(3)
Mercury
157(12)
Soils
157(2)
Reactions with Soil Components
159(3)
Contamination of Soil
162(1)
Plants
163(1)
Biochemical Roles
163(1)
Concentrations in Plants
164(5)
Elements of Group III
169(34)
Introduction
169(1)
Boron
169(10)
Soils
169(4)
Plants
173(1)
Absorption and Transport
173(1)
Biochemical Functions
174(2)
Interactions with Other Elements
176(1)
Concentrations in Plants
177(2)
Aluminum
179(2)
Soils
179(1)
Plants
180(1)
Gallium
181(2)
Soils
181(1)
Plants
182(1)
Indium
183(1)
Soils
183(1)
Plants
183(1)
Thallium
183(2)
Soils
183(1)
Plants
184(1)
Scandium
185(2)
Soils
185(1)
Plants
186(1)
Yttrium
187(1)
Soils
187(1)
Plants
187(1)
Lanthanides
188(11)
Soils
188(3)
Plants
191(8)
Actinides
199(4)
Soils
199(2)
Plants
201(2)
Elements of Group IV
203(22)
Introduction
203(1)
Silicon
203(2)
Soils
203(2)
Plants
205(1)
Germanium
205(2)
Soils
205(1)
Plants
206(1)
Tin
207(1)
Soils
207(1)
Plants
207(1)
Lead
208(12)
Soils
208(1)
Reactions with Soil Components
208(3)
Contamination of Soils
211(2)
Plants
213(1)
Absorption and Transport
213(3)
Biochemical Roles
216(1)
Interactions with Other Elements
217(1)
Concentrations in Plants
217(3)
Titanium
220(2)
Soils
220(2)
Plants
222(1)
Zirconium
222(2)
Soils
222(1)
Plants
223(1)
Hafnium
224(1)
Elements of Group V
225(16)
Introduction
225(1)
Arsenic
225(7)
Soils
225(5)
Plants
230(2)
Antimony
232(1)
Soils
232(1)
Plants
233(1)
Bismuth
233(1)
Vanadium
234(4)
Soils
234(2)
Plants
236(2)
Niobium
238(1)
Tantalum
238(3)
Elements of Group VI
241(30)
Introduction
241(1)
Selenium
241(11)
Soils
241(5)
Plants
246(6)
Tellurium
252(1)
Polonium
253(1)
Chromium
253(7)
Soils
253(4)
Plants
257(3)
Molybdenum
260(8)
Soils
260(4)
Plants
264(1)
Absorption and Biochemical Functions
264(1)
Interactions with Other Elements
264(1)
Concentrations in Plants
265(3)
Tungsten
268(3)
Elements of Group VII
271(28)
Introduction
271(1)
Fluorine
271(8)
Soils
271(4)
Plants
275(1)
Absorption and Transport
275(1)
Biochemical Roles
276(1)
Concentrations in Plants
277(2)
Chlorine
279(1)
Soils
279(1)
Plants
279(1)
Bromine
280(2)
Soils
280(1)
Plants
281(1)
Iodine
282(4)
Soils
282(3)
Plants
285(1)
Manganese
286(9)
Soils
286(5)
Plants
291(1)
Absorption and Transport
291(1)
Biochemical Functions
292(2)
Interactions with Other Elements
294(1)
Concentrations in Plants
295(1)
Technetium
295(2)
Rhenium
297(2)
Elements of Group VIII
299(28)
Introduction
299(1)
Iron
299(7)
Soils
299(3)
Plants
302(1)
Absorption and Transport
302(1)
Biochemical Functions
303(1)
Interactions with Other Elements
304(1)
Concentrations in Plants
304(2)
Cobalt
306(8)
Soils
306(4)
Plants
310(1)
Absorption and Transport
310(1)
Biochemical Functions
310(2)
Interactions with Other Elements
312(1)
Concentrations in Plants
312(2)
Nickel
314(8)
Soils
314(1)
Plants
315(1)
Absorption and Biochemical Functions
315(5)
Interactions with Other Elements
320(1)
Concentrations in Plants
320(2)
Platinum-Group Metals
322(5)
Ruthenium
323(1)
Rhodium
323(1)
Palladium
323(1)
Osmium
324(1)
Iridium
324(1)
Platinum
324(3)
Appendix 327(4)
References 331(64)
Index 395