dr. Mohammad Monirul Islam
No current affiliation with UGent
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Characterizing compaction variability with an electromagnetic induction sensor in a puddled paddy rice field
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Modeling within field variation of the compaction layer in a paddy rice field using a proximal soil sensing system
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Using bivariate multiple-point statistics and proximal soil sensor data to map fossil ice-wedge polygons
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Identifying soil patterns at different spatial scales with a multi-receiver EMI sensor
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Mapping complex soil patterns with multiple-point geostatistics
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Exploring the potential of multi-receiver EMI survey for geoarchaeological prospection: a 90 ha dataset
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Key variables for the identification of soil management classes in the aeolian landscapes of north–west Europe
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Depth slicing of multi-receiver EMI measurements to enhance the delineation of contrasting subsoil features
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Ability of a non-invasive sensor to improve soil management of paddy rice fields
(2012) -
Electrical conductivity depth modelling with a multireceiver EMI sensor for prospecting archaeological features
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Using a multi-receiver survey of apparent electrical conductivity to reconstruct a Holocene tidal channel in a polder area
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Comparing apparent electrical conductivity measurements on a paddy field under flooded and drained conditions
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Proximal soil sensing system for paddy field variability mapping: the potential of a proximal soil sensor for soil properties mapping
(2011) -
Key properties for delineating soil management zones
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- Conference Paper
- C3
- open access
A floating sensing system to evaluate soil variability of flooded paddy fields
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Comparison of apparent electrical conductivity measurements on a paddy field under flooded and drained conditions
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FloSSy: a floating sensing system to evaluate soil variability of flooded paddy fields
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Delineating water management zones in a paddy rice field using a Floating Soil Sensing System
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A floating sensing system to evaluate soil and crop variability within flooded paddy rice fields
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Imaging a polygonal network of ice-wedge casts with an electromagnetic induction sensor
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Combining multiple signals of an electromagnetic induction sensor to prospect land for metal objects
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Mapping depth-to-clay using fitted multiple depth response curves of a proximal EMI sensor
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Geostatistical assessment of the impact of World War I on the spatial occurrence of soil heavy metals