Use of the non-invasive GPR method and remote sensing for the determining groundwater vulnerability due to the anthropogenic impacts

Title
Acronym
The role of GeoZS
Participants
Use of the non-invasive GPR method and remote sensing for the determining groundwater vulnerability due to the anthropogenic impacts
J1-4412
Lead partner
Start of the project
End of the project
Programme
Funding
Link to the project website
01.10.2022
31.03.2026
ARIS
26 May, 2025

Content

Drone

Partners:

Project team:

1. GeoZS

2. Biotechnical Faculty

3. IGEA d. o. o.

 Project phases with implementation status:

  • WP 1: Identification of investigation sites and analysis of the current situation – implemented
  • WP 2: Georadar measurements on selected plots – implemented
  • WP 3: Soil pedological analysis – implemented
  • WP 4: Installation of lysimeter and dielectric probes for sampling percolation water and measuring soil water content – ongoing
  • Drone
  • WP 6: Preparation and synthesis of SWAT and HYDRUS models
  • WP 7: Combining data from all methods used and preparing baselines for further application of results
  • WP 8: Dissemination of interim and final project results – ongoing
  • WP 9: Project management and reporting – ongoing

References:

ZAJC, Marjana, KOROŠA, Anja, URBANC, Janko, KRIVIC, Andraž, PEČAN, Urša, GRČMAN, Helena, ELER, Klemen, VUČAJNK, Filip, GLAVAN, Matjaž. Use of the non-invasive GPR method and remote sensing for determining groundwater vulnerability due to anthropogenic impacts : invited lecture at the One Health Mediterranean Conference, Mostaganem, Algeria, October 2-6, 2023. [COBISS.SI-ID 174938627]

ZAJC, Marjana, KOROŠA, Anja, URBANC, Janko, RUPAR, Lovro, B. Koçyiğit, B., KRIVIC, A., PEČAN, Urša, GLAVAN, Matjaž. GPR and UAV remote sensing for detecting changes in soil moisture across a heterogeneous agricultural field. V: 29th European Meeting of Environmental and Engineering Geophysics (NSG2023) : 3-7 September 2023, Edinburgh, UK. Bunnik: European Association of Geoscientists and Engineers, 2023. 4 str. DOI: 10.3997/2214-4609.202320145. [COBISS.SI-ID 178729475]