- DO ALL SALT-TOLERANT PLANT SPECIES, ALSO CALLED HALOPHYTES, PREFER SALINE CULTIVATION CONDITIONS?
- HALOPHYTES VERSUS GLYCOPHYTES – VARIOUS ADAPTATIONS TO SALINITY
- THREE PROMISING SALT-TOLERANT SPECIES – CHARACTERISTICS AND DIFFERENCES
- CULTIVATION OF HALOPHYTES UNDER HYDROPONIC CONDITIONS
- HYDROPONICS OF SALICORNIA SPP. IN LARGE SCALE
- CULTIVATION OF SALICORNIA SPP. USING EFFLUENT WATER FROM RECIRCULATORY AQUACULTURE SYSTEM (RAS) CULTURING RAINBOW TROUT
- PRODUCTION OF SALICORNIA SPP. IN A FOIL GREENHOUSE USING AQUACULTURE EFFLUENTS
Results
This page showcases project results with regard to the status of the project. It will be updated on a continuous basis.
- EXTRACTION OF LIGNIFIED HALOPHYTES BY PRESSURIZED FLUIDS
- PHARMACOLOGICAL INSIGHTS INTO HALOPHYTE BIOACTIVE EXTRACT ACTION ON ANTI-INFLAMMATORY, PAIN RELIEF AND ANTIBIOTICS-TYPE MECHANISMS
- ANTI-INFLAMMATORY AND REGENERATIVE EFFECTS OF HALOPHYTE BIOACTIVE EXTRACTS ON COMMON SKIN DISEASES
- BACTERICIDAL AND POTENTIAL IMPACT ON MULTI-RESISTANCE BACTERIAL BY HALOPHYTE BIOACTIVE EXTRACTS
- BIOGAS – CLOSING THE LOOP OF THE HALOPHYTE BIOREFINERY.
- HALOPHYTES AS FEEDSTOCK FOR BIOGAS PRODUCTION: COMPOSITION ANALYSIS AND BIOMETHANE POTENTIAL OF SALICORNIA SPP. PLANT MATERIAL FROM HYDROPONIC AND SEAWATER IRRIGATION SYSTEMS
- HALOPHYTES AND THEIR RESIDUES AFTER BIOREFINING FOR BIOCHAR PRODUCTION
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Acknowledgement
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under Grant Agreement No 862834. Any results of this project reflects only this consortium’s view and the European Commission is not responsible for any use that may be made of the information it contains.
