Luca Peruzzo
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View article: High-resolution frequency-domain electromagnetic mapping for the hydrological modeling of an orange orchard
High-resolution frequency-domain electromagnetic mapping for the hydrological modeling of an orange orchard Open
While aboveground precision agriculture technologies provide spatial and temporal datasets that are ever increasing in terms of density and precision, belowground information lags behind and has been typically limited to time series. As re…
View article: Development of an ERT‐Based Framework for Bentonite Buffers Monitoring From Laboratory Tests: 2. Quantitative Moisture Dynamics Estimation Model
Development of an ERT‐Based Framework for Bentonite Buffers Monitoring From Laboratory Tests: 2. Quantitative Moisture Dynamics Estimation Model Open
The long‐term containment of high‐level radioactive waste in geological disposal repositories relies on Engineered Barrier Systems (EBS), with bentonite clay emerging as a candidate material due to its unique properties. Understanding mois…
View article: Development of an ERT‐Based Framework for Bentonite Buffers Monitoring From Laboratory Tests: 1. Characterizing Thermal–Hydrological–Mechanical Processes
Development of an ERT‐Based Framework for Bentonite Buffers Monitoring From Laboratory Tests: 1. Characterizing Thermal–Hydrological–Mechanical Processes Open
Bentonite clay is widely used in engineered barrier systems for the permanent disposal of high‐level radioactive waste due to its low permeability, high swelling capacity, and thermal stability. However, the complex thermal‐hydrological‐me…
View article: A New Bronze Age Productive Site on the Margin of the Venice Lagoon: Preliminary Data and Considerations
A New Bronze Age Productive Site on the Margin of the Venice Lagoon: Preliminary Data and Considerations Open
The possibility of collecting new archaeological elements useful in reconstructing the dynamics of population, production and commercial activities in the Bronze Age at the edge of the central-southern Venice Lagoon was provided between 20…
View article: High-resolution near-surface electromagnetic mapping for the hydrological modeling of an orange orchard
High-resolution near-surface electromagnetic mapping for the hydrological modeling of an orange orchard Open
While above-ground precision agriculture technologies provide spatial and temporal datasets ever-increasing in density and precision, below-ground information lags behind and has been typically limited to time series. As recognized in agro…
View article: On the use of geophysics to support and connect soil sensors and cosmic ray neutron sensing: a case study highlighting the relevance of soil heterogeneity
On the use of geophysics to support and connect soil sensors and cosmic ray neutron sensing: a case study highlighting the relevance of soil heterogeneity Open
Precision agriculture directly points at both spatial and temporal variabilities, to be mapped and monitored with relevant technologies. With regard to the subsurface, soil sensors remain the foremost driver of precision agriculture. These…
View article: Urban seismic noise characterization at the Verona Arena, Italy
Urban seismic noise characterization at the Verona Arena, Italy Open
The Arena of Verona is a Roman amphitheater built in the first century AD. It is a remarkable example of the historical architecture and cultural heritage of Italy. With an elliptical structure measuring approximately 150 meters in length …
View article: Estimation of spatial extent of mature hydrocarbon contamination in the subsoli: the Trecate case study.
Estimation of spatial extent of mature hydrocarbon contamination in the subsoli: the Trecate case study. Open
The characterization of contaminated sites is composed of both the definition of the regions impacted by contamination and by the pathways that can transport this contamination offsite thus substantiating the risk of contact with possible …
View article: Linking winter wheat (Triticum aestivum L) root traits and root water uptake with electrical resistivity tomography
Linking winter wheat (Triticum aestivum L) root traits and root water uptake with electrical resistivity tomography Open
Electrical resistivity tomography (ERT) is extensively employed for monitoring soil water content (SWC) in agricultural fields. However, the direct impacts of roots and the indirect effects of root water uptake on soil electrical resistivi…
View article: Uncovering soil compaction: performance of electrical and electromagnetic geophysical methods
Uncovering soil compaction: performance of electrical and electromagnetic geophysical methods Open
Monitoring soil structure is of paramount importance due to its key role in the critical zone as the foundation of terrestrial life. Variations in the arrangement of soil components significantly influence its hydro-mechanical properties a…
View article: Electromagnetic and DC-current geophysics for soil compaction assessment
Electromagnetic and DC-current geophysics for soil compaction assessment Open
Monitoring soil structure is of paramount importance due to its key role in the critical zone as the foundation of terrestrial life. Variations in the arrangement of soil components significantly influence its hydro-mechanical properties, …
View article: Characterization of a Contaminated Site Using Hydro-Geophysical Methods: From Large-Scale ERT Surface Investigations to Detailed ERT and GPR Cross-Hole Monitoring
Characterization of a Contaminated Site Using Hydro-Geophysical Methods: From Large-Scale ERT Surface Investigations to Detailed ERT and GPR Cross-Hole Monitoring Open
This work presents the results of an advanced geophysical characterization of a contaminated site, where a correct understanding of the dynamics in the unsaturated zone is fundamental to evaluate the effective management of the remediation…
View article: Accumulation of water and sediments upstream of Tuscan check dams
Accumulation of water and sediments upstream of Tuscan check dams Open
Faced with a decline in water resources due to precipitation reduction and variability, it is fundamental to identify potential natural "reservoirs" and quantify their water retention capacity. This study examined approaches to estimate th…
View article: Integrated model-data observations of water flow dynamics across bedrock and vegetation variations of a mountainous hillslope
Integrated model-data observations of water flow dynamics across bedrock and vegetation variations of a mountainous hillslope Open
Hydrological processes in mountainous watersheds, and how soil, bedrock, and plants interact are still poorly understood. Through a dense network of soil moisture and temperature sensors, high resolution electrical resistivity tomography m…
View article: Soil compaction signatures on electromagnetic and DC-current geophysics
Soil compaction signatures on electromagnetic and DC-current geophysics Open
Monitoring soil structure is of paramount importance due to its key role in the critical zone as the foundation of terrestrial life. Variations in the arrangement of soil components significantly influence its hydro-mechanical properties, …
View article: EMI surveys under precision irrigation contexts: an orange orchard-case study and methodological challenges
EMI surveys under precision irrigation contexts: an orange orchard-case study and methodological challenges Open
Electromagnetic induction (EMI) allows time-lapse profiling of electrical conductivity (EC). In recent years, progress has been made in the study of the intra-field variability and soil-plant correlations at the scale of a few meters. Yet,…
View article: Identification of long-term irrigation effect on plant water use from geophysical and proximal sensing observations: example of a vineyard
Identification of long-term irrigation effect on plant water use from geophysical and proximal sensing observations: example of a vineyard Open
This study investigated the influence of long-term irrigation management on plant water use with an emphasis on the development and activity of grapevine root systems in an irrigated vineyard under semi-arid conditions located in the Madri…
View article: Non-invasive monitoring of plant root activities in the framework of the Earth’s Critical Zone and soil-plant-atmosphere interactions.
Non-invasive monitoring of plant root activities in the framework of the Earth’s Critical Zone and soil-plant-atmosphere interactions. Open
Bio-geophysics is a very broad discipline, including a variety of physical monitoring techniques applied to biological processes. As such, it is inherently very challenging and, at the same time, very promising. A variety of scales are bei…
View article: Combined DAS and seismic nodes acquisition for shallow geophysics purposes around the Scrovegni Chapel in Padua, Italy
Combined DAS and seismic nodes acquisition for shallow geophysics purposes around the Scrovegni Chapel in Padua, Italy Open
Active and passive seismic measurements using conventional point sensors (geophones or seismometers) are usually performed to characterize the near surface in urban areas. However, high-resolution studies depending on the measurement scale…
View article: Variations in bedrock and vegetation cover modulate subsurface water flow dynamics of a mountainous hillslope
Variations in bedrock and vegetation cover modulate subsurface water flow dynamics of a mountainous hillslope Open
Predicting the hydrological response of watersheds to climate disturbances requires a detailed understanding of the processes connecting hillslopes and streams.Using a network of soil moisture and temperature sensors, electrical resistivit…
View article: Variations in Bedrock and Vegetation Cover Modulate Subsurface Water Flow Dynamics of a Mountainous Hillslope
Variations in Bedrock and Vegetation Cover Modulate Subsurface Water Flow Dynamics of a Mountainous Hillslope Open
Predicting the hydrological response of watersheds to climate disturbances requires a detailed understanding of the processes connecting hillslopes and streams. Using a network of soil moisture and temperature sensors, electrical resistivi…
View article: Variations in bedrock and vegetation cover modulate subsurface water flow dynamics of a mountainous hillslope
Variations in bedrock and vegetation cover modulate subsurface water flow dynamics of a mountainous hillslope Open
Predicting the hydrological response of watersheds to climate disturbances requires a detailed understanding of the processes connecting hillslopes and streams.Using a network of soil moisture and temperature sensors, electrical resistivit…
View article: Improving evapotranspiration computation with electrical resistivity tomography in a maize field
Improving evapotranspiration computation with electrical resistivity tomography in a maize field Open
Hydrogeophysical methods have been increasingly used to study subsurface soil–water dynamics, yet their application beyond the soil compartment or the quantitative link to soil hydraulic properties remains limited. To examine how these met…