| V. Adamchuk |
Opening remarks from the
conference chair |
Presentation |
| R. Viscarra Rossel |
Opening remarks from the
workgroup chair |
Presentation |
| S. Prasher |
Welcome to McGill University |
Presentation |
| K. Sudduth | An incomplete history of proximal soil sensing | Presentation |
Paper |
| E. Lueck | Resistivity mapping with Geophilus electricus – information about lateral and vertical soil heterogeneity | Presentation |
Paper |
| C. Hedley | Soil water status and water table modelling using EM surveys for precision irrigation scheduling | Presentation |
Paper |
| J. Molin | The influence of soil moisture on the spatial and temporal variability of soil electrical conductivity | Presentation |
Paper |
| D. Altdorff | Observation of soil moisture dynamic at a landslide affected Alpine hillside using electromagnetic induction (EMI) and Kmeans clustering | Presentation |
Paper |
| V. Patil | Effects of quality of water and irrigation regimes on temporal changes in soil EC and yield of greenhouse-grown bell pepper (Capsicum annuum L.) | Presentation |
Paper |
| B. Allred | Agricultural geophysics: past/present accomplishments and future advancements | Presentation |
Paper |
| K. Sudduth | Mapping conductivity-depth relationships by combining proximal and penetrating ECa sensors | Presentation |
Paper |
| G. Coulouma | Comparisons of diachronic ERT and Spectral Analysis of Surface Waves for estimating bedrock depth | Presentation |
Paper |
| P. DeSmedt | Continuous multi-signal EMI survey in geoarchaeological research: a 90 ha dataset | Presentation |
Paper |
| M. Mahmoudzadeh | Clay content and soil moisture mapping using on-ground time-domain GPR | Presentation |
Paper |
| R. Gebbers | Evaluation of soil sensor fusion
for mapping macronutrients and soil pH |
Presentation |
Paper |
| M. VanMeirvenne | Key properties for delineating soil management zones | Presentation |
Paper |
| K. Piikki | Sensor data fusion for topsoil clay mapping of an agricultural field | Presentation |
Paper |
| M. Kroulik | Proximal soil sensing in the framework of iSOIL project | Presentation |
Paper |
| F. Veronesi | 3D soil compaction mapping with a three-coefficient polynomial | Paper |
|
| R. Khosla | Early detection of nitrogen deficiency in corn using fluorescence | Presentation |
Paper |
| R. Viscarra Rossel |
Proximal soil spectroscopy |
Presentation |
Paper |
| E. Lund |
Proximal sensing of soil organic matter using the Veris® OpticMapper™ | Presentation |
Paper |
| A. Mouazen | On-the-go measurement of key soil properties in European farms | Paper |
|
| L. Brodsky | Utilization of VNIR diffuse reflectance spectroscopy to map soil erosion study on two arable fields | Presentation |
Paper |
| M. Kodaira | Dozen-soil-parameter mapping using a real-time soil spectrophotometer | Presentation |
Paper |
| Y. Nagami | Soil P2O5 calibration and mapping using Real-Time Soil Sensor (RTSS) | Presentation |
Paper |
| F. Deng |
Development of near infrared
spectral library of Danish soils |
Presentation |
Paper |
| K. Kusnierek | Pre-processing of soil visible and near infrared spectra taken in laboratory and field conditions to improve the within-field soil organic carbon multivariate calibration | Presentation |
Paper |
| M. Nocita | Improving spectral techniques to determine soil organic carbon by accounting for soil moisture effects | Presentation |
Paper |
| A. McBratney | Removing the effect of soil moisture from NIR diffuse reflectance spectra for prediction of soil carbon | Presentation |
Paper |
| C. Morgan | Using soil spectral libraries in support of proximal soil sensing | Presentation |
Paper |
| H. Bartholomeus | Improved spectral estimation of multiple soil properties by stratification on ancillary and spectral data | Presentation |
Paper |
| C. Waring |
What can you measure with
neutron activation analysis? |
Presentation |
Paper |
| E. Loonstra | Gamma and Electro Magnetics: a multi-sensor approach for the mapping of water related soil properties | Presentation |
Paper |
| C. Dierke | Towards a better understanding of γ-ray for soil mapping – analysis of γ-ray measurements at field sites across Europe | Presentation |
Paper |
| S. Mahmood | Estimating soil properties with a proximal gamma-ray spectrometer using windows and full-spectrum analysis methods | Presentation |
Paper |
| T. Mulder | Soil mapping at regional scale using ASTER and VNIR spectroscopy | Presentation |
Paper |
| L. Ramirez-Lopez | New approaches of soil similarity analysis using manifold-based metric learning from proximal vis–NIR sensing data | Presentation |
Paper |
| A. McBratney |
Defining proximal soil sensing | Presentation |
Paper |
| J. Lowenberg-DeBoer | The economics of direct soil sensing in agriculture | Presentation |
Paper |
| S. Priori | Improving wine quality through a harvest zoning based upon the combined use of proximal and remote sensing | Paper |
|
| A. Castrignano | An approach for delineating homogeneous zones by using proximal and remote sensing | Presentation |
Paper |
| V. Adamchuk | On-the-go soil sensors – are we there yet? | Presentation |
Paper |
| C. Begg |
Overview of Quebec soils | Presentation |
| M. Catalano | Geonics Limited (Mississauga,
Ontario, Canada) |
Presentation |
| E. Lund | Veris Technologies, Inc. (Salina, Kansas, USA) | Presentation |
| E. Loonstra | The Soil Company (Groningen, The Netherlands) | Presentation |
| R. Taylor |
DUALEM, Inc. (Milton, Ontario,
Canada) |
Paper |
| D. Rooney |
Soil and Topography Information,
Inc. (Madison, Wisconsin, USA) |
Presentation |
| R. Viscarra Rossel | Closing remarks |
Presentation |