Most of these tools are available via the links on this page.
If all else fails and you want to try one of the tools then ask for the tool via email
|
File name
and date |
Purpose |
|
ETESP OCTOBER 2005 |
Compilation of "best possible" estimate of precipitation in Aceh provinces based on available limited data |
|
ETESP OCTOBER 2005 |
Calculate soil salinity (ECe) values from raw data collected by EM38 salinity device when no calibration information provided |
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ETESP OCTOBER 2005 |
The above spreadsheet with the manipulated dataset compiled in November 2005 |
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ETESP NOVEMBER 2005
|
Calculate the depths and volumes of water that have to be applied and pass through a selected depth of soil to achieve desalinisation. Information required includes: · Textural class of soil · Initial salinity of the soil (dS/m) · Target salinity wished to be achieved (dS/m) |
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ETESP NOVEMBER 2005
|
Determine how many irrigation gifts have to be applied to achieve de-salinisation of various depths of variously textured soil. Information required includes: · Soil textural group, or · AWHC (Available Water Holding Capacity) · Estimate of water application efficiency, or use default values · Size of irrigation gift as mm of water |
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ETESP DECEMBER 2005 |
1. Correlate the scale at which to map surveys of various types from reconnaissance to very detailed level 2. Determine observation density (Sites / hectare) 3. Calculate the total number of sites for surveys at various reliability levels Requirements: · Survey area extent in hectares (ha) Also presents various map and mapping information |
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ETESP FEBRUARY 2006
|
Enter standard laboratory data and obtain ratings as to the level of all the various nutrients and chemical properties. Also calculate weighted mean vales for topsoil and subsoil plus obtain automatic simple summary of: · Inherent fertility · Fertility potential · Possible nutrient deficiencies · Salinity status, and · Reaction Also experimental estimate of possible perceived risks |
|
ETESP MARCH 2006 |
Enter field data for specific sites or villages making note of : 1.
Locational information · Kabupaten · Kecamatan · Desa · Farmer or Land-owner, and · Geographic coordinates 2. Soil, land and crop features · surface soil textural group · soil salinity · soil acidity · irrigation water quality (salinity) · status of drains, plus · estimate (%) of the actual pre-tsunami crop yield to monitor land reclamation progress and get information on further interventions possibly required |
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ETESP MARCH 2006
|
Enter field collected on the site form, or data collated and analysed from the data on the site form into a format that will be the first stages of a dbms / GIS compilation: · surface soil textural group · soil salinity · soil acidity · irrigation water quality (salinity) · status of drains, plus · estimate (%) of the actual pre-tsunami crop yield The data are stored against the official Dinas selected villages that qualify for ETESP inputs. This collation will allow monitoring land reclamation progress within kecamatan and kabupaten and get information on further interventions possibly required |
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ETESP MARCH 2006 |
Simple pro-forma for recording data collected during soil investigations to establish depths and distribution of sandy sediments |
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ETESP MARCH 2006
|
Draft database design in MS Excel for recording data collected during any soil survey inspections or observations. Data being collected using the”Auger Description Form”. If use was to be made of this database it could / should be recompiled in MS Access as this offers a more secure data storage medium. |
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ETESP APRIL 2006
|
Enter standard laboratory data and obtain ratings as to the level of all the various nutrients and chemical properties pH ECe Exch H and Al Exch-cations Total-N Organic-C CEC TEB BS ASP ESP Ca:Mg ratios Mg:K ratios |
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ETESP MAY 2006 |
A spreadsheet designed as a DECISION TREE to allow the identification and categorisation of various soil and land problems associated with the tsunami. Remedial actions are then suggested as well as the appropriate tools to further check the situation and devise recovery routines. |
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REPORTS - list |