to be updated continuously
Please find below a preliminary list of oral presentations.
Timing is not specified.
| 09:00 - 09:10 | Miloš Barták: Opening address. |
| Subramanyam Chinreddy: Sweet potato adaptation to Martian soil simulant and its relevance to space agriculture | |
| Katarína Molnárová: Applications and Studies of Phototrophs in Space | |
| Veronica de Micco: Ionizing Radiation Effects on Plants: Potential Applications for Crop Resilience and Astronaut Nutritional Countermeasures in Space Exploration | |
| Štěpán Krejčí: Germination, growth rate, and metal ion contents of lettuce grown in lunar regolith analogue with addition of biochar and phytoremediation | |
| Yan LI: Genomic DNA methylation remodeling induced by heavy-ion radiation in low Earth orbit contributes to transcriptional regulation in rice (Oryza sativa L.) leaf cells at the tillering stage | |
| Rengin OZGUR UZILDAY: Exploring the Molecular Basis of Salt Stress Responses in Arabidopsis thaliana under Spaceflight Conditions | |
| Buse PINAR: Exploring SUMO Machinery Responses to Spaceflight and Simulated Microgravity under Salt Stress in glycophte Arabidopsis thaliana and halophyte Schrenkiella parvula | |
| Nil DEMIRCAN: Uncovering Physiological and Molecular Responses of Pioneer Brassicaceae to LHS-1 Lunar Regolith Simulant | |
| Matyáš ŠANDA: Modular boxes for plant cultivations on board of orbital complexes: First experience | |
| Miloš BARTÁK: Growth promoting bacteria stimulates early growth and biomass formation of plants cultivated in lunar regolith simulant | |
| Jana KVÍDEROVÁ: Chlorella in space research and in stratospheric balloon experiments | |
| Oliwia WALKOWIAK: Share of biochar in regolith-based cultivations matters. Preliminary results from A. thaliana cultivations | |
| Syed Inzimam ul HAQ: From Antarctic Regolith to Lunar Agriculture: Crop Growth and Photosystem II Responses in a Terrestrial Lunar Soil Analogue | |
| Jiří SEKERÁK: On physicochemical properties of Antarctic regolith: Comparison with lunar regolith and its analogues | |
| Tomáš Vozár: LIBS Beyond Earth: Elemental Insights for Space Resources and Agriculture | |
| Mohamed Khalaf Abdelmajeed Fawwaz: Cold Plasma Applications in Sustainable Agriculture and Their Potential in Space Agriculture | |
| Szilvia Veres, Miklós Gábor Fári: Challenges and preliminary scientific results of the HUNOR-VITAPRIC space plant research program | |
| Parmida ABDOLLAHI: Effects of NTP treatment | |
| Anna-Maria WIRTH: Induced Polyploidy for Enhanced Crop Performance in Space Agriculture | |
| P. SZATMÁRI: Whole-Body-Edible Paprika Microgreens and Their Phytochemical Value for Space Nutrition | |
| 17:00 - 17:10 | Closing address |
Section 1: Algae and cyanobacteria for orbital experiments
Section 2: Vascular plants in Earth experiments
Section 3: Cultivation media/substrates including
regolith/analogues and bio amendments
Section 4: Technical solutions:
a) cultivation systems, prospectives for future missions
b) automated plant nutrition
c) Lunar/Martian greenhouses
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