Cours elementaire de droit civil francais / Ambroise Colin et H. Capitant ; 10. ed. par Leon Julliot de La Morandiere

• Record Nr.: UNINA990005962480403321
• Autore: Colin, Ambroise
• Pubbl/distr/stampa: Paris : Libraire Dalloz, 1953
• Descrizione fisica: 1252 p. ; 22 cm
• Disciplina: 346.44
• Locazione: FGBC
• Collocazione: VIII B 236
• Lingua di pubblicazione: Non definito
• Formato: Materiale a stampa
• Livello bibliografico: Monografia
• Nota di contenuto: Tome 2.

Accelerated reclamation of alkaline argillaceous soils of Azerbaijan [[electronic resource] /] / Mukhtar Abduyev ; proofreaders, Angelika Dawson, Stewart Colten

• Record Nr.: UNINA9910462138003321
• Autore: Abdui <U+00cc>iev M. R
• Pubbl/distr/stampa: Reading, England, U.K., : Ithaca Press, 2012
• ISBN: 0-86372-504-X; 1-283-53877-6; 9786613851222; 0-86372-490-6
• Edizione: [1st ed.]
• Descrizione fisica: 1 online resource (241 p.)
• Collana: Soil science regional studies
• Disciplina: 631.494791
• Soggetti: Clay soils - Azerbaijan; Clay - Azerbaijan; Soils - Azerbaijan; Electronic books.
• Lingua di pubblicazione: Inglese
• Formato: Materiale a stampa
• Livello bibliografico: Monografia
• Note generali: "The book was first published in 1977 in Russian."
• Nota di bibliografia: Includes bibliographical references.
• Nota di contenuto: Cover; Contents; INTRODUCTION; CHAPTER 1; Natural and soil reclamation features of plain territories; Peculiarities of soils of diluvial and diluvial-proluvial plains; Properties of soils of river debris cones; Properties of alluvial plains soils; CHAPTER 2; The status of upgrading of saline soils of the lowlands of Azerbaijan; CHAPTER 3; Soil-hydrological conditions of areas of field experiments in reclamation of saline soils having low salt removal efficiency; CHAPTER 4; Leaching of soils by water; CHAPTER 5; Leaching of soils with application of gypsum; Leaching of soils with application of 10 tonnes/hectare gypsumLeaching of soils with application of 20 tonnes/hectare gypsum; Leaching of soils with application of 40 tonnes/hectare gypsum; CHAPTER 6; Leaching of soils with joint application of gypsum and manure; Leaching of soils with application of 10 tonnes/hectare gypsum and 40 tonnes/hectare manure; Leaching of soils with application of 15 tonnes/hectare gypsum and 40 tonnes/hectare manure; Leaching of soils with application of 20 tonnes/hectare gypsumand 40 tonnes/hectare manure; CHAPTER 7; Leaching of soils with application of sulphuric acidLeaching of soils with application of 10 tonnes/hectare sulphuric acid; Leaching of soils with application of 20 tonnes/hectare sulphuric acid; Leaching of soils with application of 30 tonnes/hectare sulphuric acid; CHAPTER 8; Leaching of soils with application of organic-gypsum mixture; Leaching of soils with application of 10 tonnes/hectare organic-gypsum mixture; Leaching of soils with application of 20 tonnes/hectare organic-gypsum mixture; Leaching of soils with application of 40 tonnes/hectare organic-gypsum mixture; CHAPTER 9; Leaching of soils with application of organic-mineral acidifierLeaching of soils with application of 10 tonnes/hectare organic-mineral acidifier; Leaching of soils with application of 20 tonnes/hectare organic-mineral acifidier; Leaching of soils with application of 40 tonnes/hectare organic-mineral acidifier; CHAPTER 10; Recommendations for increasing the effectiveness of land reclamation methods for saline soils having low salt removal efficiency; BIBLIOGRAPHY; APPENDIX
• Sommario/riassunto: In his Accelerated Reclamation of Alkaline Argillaceous Soils of Azerbaijan, Professor Mukhtar Abduyev describes the tackling of a long-established problem which had enormous implications for Azerbaijan''s security of food supply. The task was to find more efficient methods of reclaiming the saline soils that covered more than 60% of the republic''s lowlands - some 2.5 million hectares were resistant to improvement. Existing methods of reclamation involved vast amounts of water for leaching and the construction of extensive drainage systems; these methods could take up to 10 years to become ef