Research

Our Department addresses the followiing scientific areas:​

  1. Pedology, Soil Mapping, Soil Classification, Land Evaluation.
  2. Pollution and remediation of soils and aquatic ecosystems
  3. Soil DBASES and GIS Applications.
  4. Soils and land degradation (erosion, desertification, salinization, decline of biodiversity) and remediation
  5. Crop Irrigation
  6. Soil fertility, plant nutrition, and soil biology.
  7. Management of municipal and agricultural wastes
  8. Management practices to mitigate climate change.

Research Projects

Completed

  1. Soil mapping (Dr. S. Theocharopoulos, D. Arapakis)

  2. Wildfire, soil erosion and the risk to aquatic resources: evidence from the burnt Evrotas River basin, southern Peloponnese, Greece  στο   NERC –UK.  (Dr. S. Theocharopoulos)

  3. Land evaluation of Voiotia soils(Dr. S. Theocharopoulos)

  4. Soil Erosion Prediction model (Dr. S. Theocharopoulos)

  5. Research of N-fertilizers loss and environmental pollution in Kopaida Viotias (Dr. S. Theocharopoulos Strategies for the quality and promotion of Mediterranean agricultural products. (Dr. S. Theocharopoulos)

  6. Landslides  in  the  thick  loess  of  Northwest  China: Mechanisms and Mitigation, CONTRACT No: CI1*-92-0004 ".(Dr. S. Theocharopoulos)

  7. COMPARATIVE  EVALUATION OF  METHODS ON SAMPLING AND SAMPLE PREPARATION OF SOILS Contract No SMT-CT96-2085 (DG12-CZJU).” (Dr. S. Theocharopoulos)

  8. Comparative  Evaluation of methods on sampling and sample preparation of soils. SMT-CT96-2085 (DG12-CZJU). (Dr. S. Theocharopoulos)

  9. Functional Tools for Pesticide Risk Assessment and Management»-Acronym:FOΟPRINT, fp6-2004-ssp-4 (2006-2009) (Coordinator of EU-Project: I.Dubus BRGM, Orlean, France and Partner for NAGREF Dr. E. Vavoulidou-Theodorou)

  10. Environmental study plus maps, in region Gazi-Herakleion Crete (2002-2008), (Coordinator Dr. E. Vavoulidou-Theodorou)

  11. Denitrification in agriculture, air, and water pollution COST ACTION 856, Food and Agriculture (FA),CORDIS FTE PROJECT (2004-2007) Coordinator Prof. Dr. H. Bothe, Partner from Greece WG2 &W 3 Dr. E. Vavoulidou-Theodorou

  12. Biological indicators of soil quality in Greek soils and their relation to agricultural practice”, (2002-2004). NAGREF-British Council project. Coordinator Dr. E. Vavoulidou-Theodorou

  13. Estimation of soil pollution using of the soil bioindicators (Dem’95 NAGREF Project, 1998-2004) . Coordinator Dr. E. Vavoulidou-Theodorou

  14. Volcanic Soil Resources in Europe. Cost Action 622 (2001-2004), Coordinator François BARTOLIC.N.R.S.,Nansy France) Partner from SSIA, WG2&WG3. Dr. E. Vavoulidou-Theodorou.

  15. Impact of pesticide of soil biodiversity (NAGREF and British Council project (1998-2001). Partner from NAGREF Dr. E. Vavoulidou-Theodorou

  16. Enchytraeidae-Ringtest with cooperation of relevant organizations in EU-ECB (ISPRA, BBA and ECT, (1996-1999) Partner for NAGREF Dr. E. Vavoulidou-Theodorou

  17. Soil evaluation and soil fertility with thematic maps, in Region on Archanes Herakleion-Crete (2004-2005) Coordinator Dr. E. Vavoulidou-Theodorou

  18. Soil evaluation with thematic maps, in region Messara -Herakleion-Crete (2003-2004), Coordinator Dr. E. Vavoulidou-Theodorou

  19. Environmental study plus maps, in region Malia-Herakleion -Crete (2001-2003) Coordinator Dr. E. Vavoulidou-Theodorou

  20. Environmental study-Soil survey with thematic maps in region Gorgopotamos- Lamia Central Greece.( 2000-2002) Coordinator Dr. E. Vavoulidou-Theodorou

  21. Soil survey and mapping of a peat area “Tennagi –Philippi” by Kavala-Drama in NE Greece) (1998-2002)  Coordinator Dr. E. Vavoulidou-Theodorou

  22. Improvement of genetic material and production of the creeps products in different Vineyards regions e.g. Hrakleion-Crete, Zitsa-Ioannina, Lemnos and Samos island: 4b-Action:Soil survey and mapping. INTERREG II (1998-2002). Coordinator for 4b Dr. E. Vavoulidou-Theodorou

  23. Soil fertility and nutrient status of peach and apple orchards of Irinupolis region, Prefecture Imathia, Greece; A billateral collaboration with a SME “Natural Balance” and Grower Associations of the study area, North Greece (2008-2009) (Coordinator: Dr. V. Kavvadias)

  24. Reuse of greenhouse production facilities for tobacco plants to produce small vegetables with low nitrate content in the region of Karditsa, Greece A bilateral collaboration with prefecture of Karditsa, central Greece. (2007-2008) (Coordinator: Dr. V. Kavvadias)

  25. Assessment of the consequences of atmospheric pollution on Taygetos forest ecosystem; ARCHIMEDES I, Ministry of Education. National Research Project. (Ε.Π.Ε.Α.Ε.Κ. II). (2003-2006) (Institute participation, Dr. V. Kavvadias)

  26. Ε-mensa: e-Platform Technologies for the European Agro-food Supply Chain, Contract no.: 007124  , FP6, Priority 5, Food Quality and Safety. (2004-2006) (Scientist in charge for the Institute, Dr. V. Kavvadias)

  27. CEMAS: Residues of 1,3-Dichloropropene and related compounds in ground water in Greece-2005 to 2007. Study number CEMS-2574. (2005-2007). (Scientist in charge for the Institute, Dr. V. Kavvadias)

  28. ΚASSA «Knowledge Assessment and Sharing on Sustainable Agriculture». 6th FP Specific Support Action-SSA, Sub priority 1.1.6.3. “Global Change and Ecosystems”. ( 2004-2005). (Scientist in charge for the Institute, Dr. V. Kavvadias)

  29. ΝAGREF+PPO «Sustainable fertigation techniques for vegetable production in Greece». Marie Curie Host Fellowships for the transfer of knowledge (ToK), FP6-2002-Mobility 3. (2004-2005). (Coordinator: Dr. V. Kavvadias)

  30. Possibilities and limits for the friedly to the environment application of sewage sludge to the soil system (Dr. P. Kouloubis)

  31. ENVIREG: Studies, analyses, technical assistance, mitigation, demonstration in the use of sewage sludge and compost in agriculture (Dr. P. Kouloubis)

On Progress

  1. «Strategies to imProve and pROtect SOil and water quality from the Disposal of OLive oil mills’ wastes in the Mediterranean». LΙFE+, Environmental Policy and Governance. (Doula Maria)

  2. GS Soil-Assessment and strategic development of INSPIRE compliant Geodata-Services for European Soil Data (Dr. S. Theocharopoulos)

  3. Sustainable strategies for the improvement of seriously degraded agricultural areas: The example of Pistachia vera L. (AGROSTRAT). LIFE 2011 ENV/GR/000951(Doula Maria)

  4. Quality assessment and optimization of the soil ammendment produced by co-composting the organic fraction of urban waste and vegetable waste in EMAK Chania (P. Kouloumbis)

  5. Εvaluation of the use of  137Cs technique to study the soil water erosion in Central Greece with rainfall simulator (S. Theocharopoulos)

  6. “ARIDWASTE: Development Of Specific Agricultural Practices With The Use Of Recycled Wastes Suitable For Intensively Cultivated Mediterranean Areas Under Degradation Risk”(ΑRΙΜnet CALL, 2012-2014) (V. Kavvadias)

  7. "ΟLIVE-CLIMA: ΟLIVE crop management practices focused on CLIMAte change mitigation and adaptation" (LIFE+, 2012-2017). (V. Kavvadias)

  8. "Integrated Geoinformatics Technologies for the Monitoring of Soil Pollution from Olive Oil Mill Waste Disposal (GeoDiametris) ", THALIS PROGRAM (2012-2014) (V. Kavvadias)

  9. "Information System of Sustainable Development" ARCHIMIDIS ΙΙΙ (2012-2014). (V. Kavvadias)

Equipment

The heart of the Laboratory is its analytical capability. The methods of analysis and the presentation of analytical data is designed to provide information of practical value.The Soil Science Institute of Athens (SSIA) is equipped with a large number of instruments and appliances, of latest technology, for laboratory and field measurements. In addition, the equipment is continuously updated and enriched. The laboratory staff, apart from the long experience of the chemical analyses, is constantly trained in new technologies through seminars and participates in European interlaboratory tests.

The laboratories of the Institute (SSIA) include:

  1. Flame atomic absorption (Varian 220FS).
  2. Atomic absorption with graphite furnace (Varian 240).
  3. Digital cartography and remote sensing (GIS-IP) system.
  4. System of thin sections and digital analysis.
  5. Spectrometers.
  6. Flame photometry.
  7. Infrared spectrometer (FT-IR) (currently not available).
  8. Ion chromatography.
  9. Gas chromatographer equipped with mass spectroscopy (GS-MS).
  10. High pressure liquid chromatograph (HPLC).
  11. Nitrogen digestion apparatus (Kjedhal).
  12. Digestion apparatus for determining soil minerals.
  13. Devices for pH and salinity measurement.
  14. Apparatus for preparing ultrapure water.
  15. Total Organic Carbon analyzer
  16. Ovens incubation.
  17. Shakers.
  18. Centrifugal.
  19. Electronic scales with an accuracy of about 3 to 4 decimal places.
  20. Full equipment soil preparation, plant samples for analysis of organic materials and compost.
  21. Microscopes.
  22. Stereoscopes.
  23. Soil Samplers.
  24. Samplers surface water.
  25. Screens of various calibres. 

    Furthermore, the Institute has four greenhouses, growth rooms and lysimeter installed where they can perform experimental studies and designs for both research and programs for cooperatives, farmers, individuals and public bodies.

Laboratories

LABORATORY OF CHEMICAL ANALYSIS

    •   Soils

Texture

    • - EC, CaCO3, pH, CEC, organic matter
    • - Water soluble and exchangeable ions, SAR, ESP
    • - Nutrients Medium (e.g. nitrogen, phosphorus, etc.)
    • - Trace elements (eg, boron, etc.)
    • - Heavy Metals
    • - Soil evaluation, fertilizer recommendation
    • The laboratory is accredited according to ISO 17025 for the following analyses:
    • - Organic Substance
    • - Available Phosphorus
    • - Total Nitrogen
    • - Cation Exchange Capacity
    • - Exchangeable Potassium
    • - Exchangeable Sodium
    • - Exchangeable Calcium
    • - Exchangeable Magnesium
    • - Total Cadmium
    • - Available metals (Cu, Mn, Zn, Fe)

The laboratory is in the process of additional accreditation for soil sampling, organic matter, carbonate content, other heavy metals, following ISO methods.

  •  

    Irrigation Water

     

      • - pH, EC, BOD, COD, K, Na, Ca, Mg
      • - Cl, SO4, CO3, HCO3
      • - P, N-NO3, N-NH4
      • - Cu, Zn, Fe, Mn, B, Cr, Ni, Pb, Cd
      • - ESP, SAR
      • - Evaluation of water quality
  •  

    Plant tissues

     

      • - N, P, K, Ca, Mg, B
      • - Trace elements - Heavy Metals
      • - Evaluation of results

LABORATORY FOR SOIL PREPARATION
The Soil Science Institute of Athens has a fully equipped laboratory for the preparation of soil samples which operates in accordance with the requirements of the standard ISO 17025.

LABORATORY FOR PHYSICAL AND HYDRAULIC PROPERTIES OF SOIL
The Soil Science Institute of Athens has a fully equipped laboratory to determine the parameters

  • Field capacity
  • Permanent wilting point
  • Water saturation
  • Filtration rate
  • Total moisture content
  • Coefficient of water permeability

LABORATORY FOR THIN SECTIONS
The Soil Science Institute of Athens has a laboratory equipped with the necessary infrastructure for preparing soil thin sections for the study of soil structure.

GEOGRAPHIC INFORMATION SYSTEMS (GIS)
The Soil Science Institute of Athens has a laboratory for Geographic Information Systems (GIS) equipped with software Arc GIS and Geographic Positioning Devices (GPS). There is also available a wide range of maps at different scales in both paper and digital form.

LABORATORY FOR COMPOSTING
The Soil Science Institute of Athens has a fully equipped laboratory to determine the properties of organic materials and compost. On-site composting can be made of various materials / agricultural waste both in small / pilot scale and large-scale use of cooperatives or farmers.

Services

SERVICES FOR FARMERS, COOPERATIVE, INDIVIDUALS, COMPANIES, PUBLIC ENTITIES etc.

1.  Analyses of soil samples for optimal fertilization of crops

1.1 Instructions for soil sampling

1.2 Instructions  for sample preparation

1.3 Analysis of soil samples

1.4 Evaluation of results

1.6 Recommended crop fertilization

2    Analyses of plant tissues - nutritional survey of crops

2.1 Instructions for sampling plant tissue

2.2 Instructions for preparation of plant samples

2.3 Analysis of plant samples

2.4 Evaluation of results

2.5 Recommended crop fertilization

3    Optimal irrigation of crops

3.1 Instructions for sampling soil

3.2 Instructions for sample preparation

3.3 Determination of some physical soil properties ( e.g. soil bulk density, field capacity, wilting point).

3.4 Evaluation of results

3.5 Instructions for optimal crop irrigation

4    Analysis of irrigation water - quality of irrigation water

 4.1 Instructions for sampling irrigation water

 4.2 Instructions for water sample preparation

 4.3 Analysis of water samples

 4.4 Evaluation of results

 4.5 Suitability of water for irrigation

Soil Survey Report

Activities Report 2012

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