Difference: Papers20100616124539 (1 vs. 5)

Revision 52010-08-13 - TheresiaFreska

 
META TOPICPARENT name="AI_GEOSTATSPapers"
Title: New challenges for predictive soil mapping

Date: 14 September 2004

Authors: Hengl T., Heuvelink G.B.M.

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Link: spatial-analyst.net/PDF/Hengl_Heuvelink_DSM2004.pdf
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 Abstract:

This paper lists possible developments in predictive soil mapping. Six key tasks are discussed: (1) new spatial prediction algorithms, (2) dynamic modelling of soil genesis, (3) integration of GIS and statistics, (4) use of new technological innovations, (5) use of high-resolution imagery and (6) global modelling of soil genesis. Especially dynamic modelling of soil genesis, use of high-resolution DEMs and development of global thematic soil maps is expected to be a major field of research in pedometrics for the next decade. Solving these research problems requires a joint effort of both pedometricians and pedologists.

Reference:

Hengl T., Heuvelink G.B.M., 2004. New challenges for predictive soil mapping. Global Workshop on Digital Soil Mapping, September 14-17, Montpellier AGRO-M/INRA campus (CD-ROM), pp. 12.

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-- TWikiAdminUser - 2010-06-16

Revision 42010-07-24 - TWikiAdminUser

 
META TOPICPARENT name="AI_GEOSTATSPapers"
Title: New challenges for predictive soil mapping

Date: 14 September 2004

Authors: Hengl T., Heuvelink G.B.M.

Link: spatial-analyst.net/PDF/Hengl_Heuvelink_DSM2004.pdf

Added:
>
>
link is broken, will be checked soon
  Abstract:

This paper lists possible developments in predictive soil mapping. Six key tasks are discussed: (1) new spatial prediction algorithms, (2) dynamic modelling of soil genesis, (3) integration of GIS and statistics, (4) use of new technological innovations, (5) use of high-resolution imagery and (6) global modelling of soil genesis. Especially dynamic modelling of soil genesis, use of high-resolution DEMs and development of global thematic soil maps is expected to be a major field of research in pedometrics for the next decade. Solving these research problems requires a joint effort of both pedometricians and pedologists.

Reference:

Hengl T., Heuvelink G.B.M., 2004. New challenges for predictive soil mapping. Global Workshop on Digital Soil Mapping, September 14-17, Montpellier AGRO-M/INRA campus (CD-ROM), pp. 12.

-- TWikiAdminUser - 2010-06-16

Revision 32010-07-23 - TWikiAdminUser

 
META TOPICPARENT name="AI_GEOSTATSPapers"
Title: New challenges for predictive soil mapping
Changed:
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Date:
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Date: 14 September 2004
  Authors: Hengl T., Heuvelink G.B.M.
Changed:
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<
Link: spatial-analyst.net/PDF/Hengl_Heuvelink_DSM2004.pdf
>
>
Link: spatial-analyst.net/PDF/Hengl_Heuvelink_DSM2004.pdf
  Abstract:

This paper lists possible developments in predictive soil mapping. Six key tasks are discussed: (1) new spatial prediction algorithms, (2) dynamic modelling of soil genesis, (3) integration of GIS and statistics, (4) use of new technological innovations, (5) use of high-resolution imagery and (6) global modelling of soil genesis. Especially dynamic modelling of soil genesis, use of high-resolution DEMs and development of global thematic soil maps is expected to be a major field of research in pedometrics for the next decade. Solving these research problems requires a joint effort of both pedometricians and pedologists.

Reference:

Hengl T., Heuvelink G.B.M., 2004. New challenges for predictive soil mapping. Global Workshop on Digital Soil Mapping, September 14-17, Montpellier AGRO-M/INRA campus (CD-ROM), pp. 12.

-- TWikiAdminUser - 2010-06-16

Revision 22010-07-23 - TWikiAdminUser

Changed:
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META TOPICPARENT name="GeostatisticsPapers"
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META TOPICPARENT name="AI_GEOSTATSPapers"
 Title: New challenges for predictive soil mapping

Date:

Authors: Hengl T., Heuvelink G.B.M.

Link: spatial-analyst.net/PDF/Hengl_Heuvelink_DSM2004.pdf

Abstract:

This paper lists possible developments in predictive soil mapping. Six key tasks are discussed: (1) new spatial prediction algorithms, (2) dynamic modelling of soil genesis, (3) integration of GIS and statistics, (4) use of new technological innovations, (5) use of high-resolution imagery and (6) global modelling of soil genesis. Especially dynamic modelling of soil genesis, use of high-resolution DEMs and development of global thematic soil maps is expected to be a major field of research in pedometrics for the next decade. Solving these research problems requires a joint effort of both pedometricians and pedologists.

Reference:

Hengl T., Heuvelink G.B.M., 2004. New challenges for predictive soil mapping. Global Workshop on Digital Soil Mapping, September 14-17, Montpellier AGRO-M/INRA campus (CD-ROM), pp. 12.

-- TWikiAdminUser - 2010-06-16

Revision 12010-06-16 - TWikiAdminUser

 
META TOPICPARENT name="GeostatisticsPapers"
Title: New challenges for predictive soil mapping

Date:

Authors: Hengl T., Heuvelink G.B.M.

Link: spatial-analyst.net/PDF/Hengl_Heuvelink_DSM2004.pdf

Abstract:

This paper lists possible developments in predictive soil mapping. Six key tasks are discussed: (1) new spatial prediction algorithms, (2) dynamic modelling of soil genesis, (3) integration of GIS and statistics, (4) use of new technological innovations, (5) use of high-resolution imagery and (6) global modelling of soil genesis. Especially dynamic modelling of soil genesis, use of high-resolution DEMs and development of global thematic soil maps is expected to be a major field of research in pedometrics for the next decade. Solving these research problems requires a joint effort of both pedometricians and pedologists.

Reference:

Hengl T., Heuvelink G.B.M., 2004. New challenges for predictive soil mapping. Global Workshop on Digital Soil Mapping, September 14-17, Montpellier AGRO-M/INRA campus (CD-ROM), pp. 12.

-- TWikiAdminUser - 2010-06-16

 
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