03760nam a2200361Ia 4500001001000000003001000010005001700020008004100037020005500078020003500133040000900168082002000177100001400197245009100211264003900302300003900341500018200380504006400562505068400626520158401310650001502894650001802909650002502927650002602952650002202978650001103000700002903011856009703040942001203137999001503149952011403164952012003278000008385MX-MdCICY20260521090513.0080429s2008    gw ab    b    001 0 eng c  a3540756337 (acidfree paper)z9783540756347 (eISBN)  a9783540756330 (acidfree paper)  cCICY04a549.6bV45 20081 aVelde, B.10aThe origin of clay minerals in soils and weathered rocks /cBruce Velde, Alain Meunier31aBerlin :bSpringer-Verlag, cc2008  axii, 406 p. :bil., maps ;c24 cm.  aThe information and the analysis presented here is an attempt to set trends of research in the direction of preventative and creative use of the plant-soil interface--Back cover  aIncluye referencia bibliográfica: p. [385]-402 e índice0 aContenido: Fundamentals of clay mineral crystal structure and physiochemical properties -- Basics for the study of soil and weathered rock geochemical systems -- The development of soils and weathering profile -- Clay mineral formation in weathered rocks : water-rock interaction -- Plants and soil clay minerals -- Clays and climate : clay assemblages formed under extreme humidity conditions -- Physical disequilibrium and transport of soil material -- The place of clay mineral species in soils and alterites -- Annexes: Polytypes ; Mixed layer minerals ; Cation exchange capacity ; Hydroxy-interlayered minerals ; Phase diagrams applied to clay mineral assemblages ; Kinetics3 aThe importance of clay minerals and their origin is crucial to an understanding of the physico-chemical functions of the interface at the Earth´s surface. Their place is that of contact between the mineral world and the living world, plants and finally mankind. This contact zone is the realm of much of the environment as we see it today. If we can understand the way clays function in their interaction with plants, we can understand the major forces which shape our immediate environment. We see increasingly that human activity interacts with the plant and mineral interface through the use of more powerful chemicals, either by purposeful application of accidental dispersión. Knowledge of the origin and transformation of clay minerals, their dynamic response to changing chemistry, is the key to a rational use of this natural boundary which affects our Uves. The information and the analysis presented here is an attempt to set trends of research in the direction of preventive and creative use of the plant - soil interface. Clays are the product of slow transformations of high temperature rocks into reactive, fine grained material. This material, once in the sphere of plant interaction, becomes highly reactive with transformation periods of tens to hundreds of years. The challenge of the future is to use these rapid responses to the benefit of mankind. This book aims to further a better understand¬ing of such mechanisms, and it is thus destined for an audience of ecologists, pedologists, agronomists and other researchers involved in earth surface science.14aGEOQUIMICA14aMETEORIZACION14aMINERALES DE ARCILLA14aMINERALOGIA DE SUELOS14aQUIMICA DE SUELOS14aSUELOS12aMeunier, Alain, ecoaut.40uhttps://www.cicy.mx/sitios/sib/doctoelectronico/8385.pdfzVer tabla de contenido y/o resumen  2ddccBK  c7677d7677  00102ddc40708CGaCICYbCICYcCLd2024-10-09l0o549.6 V45 2008p8276r2024-10-09 16:43:56w2024-10-09yBK  00102ddc40708CGaCICYbCICYcCLd2024-10-09l0o549.6 V45 2008p9307r2024-10-09 16:43:56tEj.2w2024-10-09yBK