PROJECT SUMMARY
This investigation will examine how seeds react to the unique stresses of the space environment before they begin to grow, focusing on fundamental processes such as the activation of genes and metabolic pathways essential for germination. The selected seeds are crucial to the agricultural, economic, and ecological systems of emerging spacefaring nations. As such, the study aims to generate new knowledge towards enhancing crop resilience, advancing seed preservation techniques, and driving innovations in agriculture that could benefit both space missions and Earth-based farming. This experiment explores the potential of previously unexamined species to contribute to future space agriculture initiatives. Integrating crops native to emerging space nations is crucial for fostering sustainable human exploration, enhancing nutritional diversity, and promoting cultural representation as humanity expands its presence in space.

HYPOTHESIS
Exposure to microgravity induces the emergence of novel molecular pathways in plants, which may have significant implications for growth, stress responses, and ecosystem applications. 

OBJECTIVES
(i) To assess the suitability of plant species from emerging space nations for nutritional and functional applications in long-term human space exploration.
(ii) To identify and characterize novel molecular pathways activated in response to microgravity and evaluate their potential relevance to agriculture, seed storage, and ecosystem sustainability on Earth.

POTENTIAL OUTCOMES
(i) cultural, nutritional, and culinary representation of emerging space nations as humanity expands its presence in space.
(ii) Discovery of molecular pathways with applications that address global challenges, including achieving the United Nations Sustainable Development Goals such as zero hunger, innovation in industry and infrastructure, and fostering international partnerships.