Humus, its Structure and Role in Agriculture and Environment
- 1st Edition, Volume 25 - November 13, 2012
- Editor: J. Kubát
- Language: English
- Paperback ISBN:9 7 8 - 0 - 4 4 4 - 5 6 6 1 8 - 8
- eBook ISBN:9 7 8 - 0 - 4 4 4 - 5 9 9 5 9 - 9
This volume presents the proceedings of the 10th internationalsymposium Humus et Planta held in Prague in August 19-23,1991. The main topics of this book are devoted to the… Read more
This volume presents the proceedings of the 10th internationalsymposium Humus et Planta held in Prague in August 19-23,1991. The main topics of this book are devoted to the recentadvances in fundamental, as well as applied research of humicsubstances, the most abundant of the naturally occuringmacromolecules of nature, the understanding of their natureand how they react and interact in their natural environments.Texts are included on the structure, physical and chemicalproperties of humic substances; the relationships among humus,soil properties and fertility; the biotransformations oforganic substances in the soil; the relationships betweenhumic substances and plants and the interactions of humus andxenobiotic substances. This book presents recent knowledge ofthe complicated and challenging humic substances. It will beof interest not only to scientist, but also to Universityteachers and students of agricultural and environmentalsciences.
Introductory lecture. Development of humus research
during the past Humus et Planta symposia (R. Apfelthaler).
Section A Structure, physical and chemical properties of
humus substances. Application of electron spin resonance
and fluorescence spectroscopies to the study of soil humic
substances (N. Senesi). Applications of pyrolysis-gas
chromatography/mass spectrometry to the study of soils, plant
materials and humic substances. A critical appraisal (C. Saiz-
Jimenez). Section B Relationships among humus soils
properties and fertility. Carbon and nitrogen dynamics in
soil in long term field experiments (M. Körschens). The
role of root properties and organic matter on mobilization of
soil P and rock phosphates (A. Amberger). Influence of organic
carbon and nitrogen associated with cropping history and soil
textural class on nitrogen use by winter wheat (Triticum
aestivum) (L.V. Vaidyanathan, W.S. Wilson). Effect of chemical
properties of soil on humification of organic soil matter with
respect to organic and mineral phosphorus fractions (L.
Kolář, V. Řiha, R. Tichý).
Compensation for organic carbon loss from soil at nitrogen
fertilizer application (V.N. Kudeyarov). Section C
Biotransformations of organic substances in soil.
Biotransformations in different climate belts; source - sink
relationships (H.W. Scharpenseel, H.V. Neue, S.T. Singer).
Availability of carbon and nitrogen contained in different
soil and particle-size fractions (B. Nicolardot, D. Cheneby,
M.R. Allard). The fertilizing value of waste waters from the
olive processing industry (U. Tomati, E. Galli). Microbial
degradation of plant materials and allelochemicals formation
in different soils (W. Weyman-Kaczmarkowa, D. Wójcik-
Wojtkowiak). Section D Relationships between humic
substances and plants. Humic substances affect transport
properties of root membranes (A. Maggioni, Z. Varanini, R.
Pinton, M.G. de Biasi). Effect of natural substances on
plants: biological control of telluric phytopathogenic fungi
by an antifungal compost (O. Reisinger, S. Durecu, F.
Toutain). Section E Interactions of humus and xenobiotic
substances. Organic substrates and microbial conversion of
herbicides in soil (F. Kunc). Prediction of the role of soil
organic matter and some other soil characteristics in
herbicide adsorption (J. Kozák, M. Valla, P. Prokopec,
O. Vacek). Surveys of individual poster sessions. Humic
substances, their structure, chemical and physical properties
(M. Valla). Relationships between humus, soil properties and
soil fertility (L. Kolář). Biotransformations of
organic matter and nitrogen in soil (J.
Nováková, M. Tesařová).
Relationships between humus substances and plants (F.
Pospišil). Interactions of humus and xenobiotic
compounds (F. Kunc).
during the past Humus et Planta symposia (R. Apfelthaler).
Section A Structure, physical and chemical properties of
humus substances. Application of electron spin resonance
and fluorescence spectroscopies to the study of soil humic
substances (N. Senesi). Applications of pyrolysis-gas
chromatography/mass spectrometry to the study of soils, plant
materials and humic substances. A critical appraisal (C. Saiz-
Jimenez). Section B Relationships among humus soils
properties and fertility. Carbon and nitrogen dynamics in
soil in long term field experiments (M. Körschens). The
role of root properties and organic matter on mobilization of
soil P and rock phosphates (A. Amberger). Influence of organic
carbon and nitrogen associated with cropping history and soil
textural class on nitrogen use by winter wheat (Triticum
aestivum) (L.V. Vaidyanathan, W.S. Wilson). Effect of chemical
properties of soil on humification of organic soil matter with
respect to organic and mineral phosphorus fractions (L.
Kolář, V. Řiha, R. Tichý).
Compensation for organic carbon loss from soil at nitrogen
fertilizer application (V.N. Kudeyarov). Section C
Biotransformations of organic substances in soil.
Biotransformations in different climate belts; source - sink
relationships (H.W. Scharpenseel, H.V. Neue, S.T. Singer).
Availability of carbon and nitrogen contained in different
soil and particle-size fractions (B. Nicolardot, D. Cheneby,
M.R. Allard). The fertilizing value of waste waters from the
olive processing industry (U. Tomati, E. Galli). Microbial
degradation of plant materials and allelochemicals formation
in different soils (W. Weyman-Kaczmarkowa, D. Wójcik-
Wojtkowiak). Section D Relationships between humic
substances and plants. Humic substances affect transport
properties of root membranes (A. Maggioni, Z. Varanini, R.
Pinton, M.G. de Biasi). Effect of natural substances on
plants: biological control of telluric phytopathogenic fungi
by an antifungal compost (O. Reisinger, S. Durecu, F.
Toutain). Section E Interactions of humus and xenobiotic
substances. Organic substrates and microbial conversion of
herbicides in soil (F. Kunc). Prediction of the role of soil
organic matter and some other soil characteristics in
herbicide adsorption (J. Kozák, M. Valla, P. Prokopec,
O. Vacek). Surveys of individual poster sessions. Humic
substances, their structure, chemical and physical properties
(M. Valla). Relationships between humus, soil properties and
soil fertility (L. Kolář). Biotransformations of
organic matter and nitrogen in soil (J.
Nováková, M. Tesařová).
Relationships between humus substances and plants (F.
Pospišil). Interactions of humus and xenobiotic
compounds (F. Kunc).
- Edition: 1
- Volume: 25
- Published: November 13, 2012
- Language: English
JK
J. Kubát
Affiliations and expertise
Research Institute of Crop Production, Drnovská 507, 161 06 Praha 6 - Ruzyně, CzechoslovakiaRead Humus, its Structure and Role in Agriculture and Environment on ScienceDirect