ความรู้และแหล่งอ่านเพิ่มเติม

Hokkaido2121 exhibition, ordinarycommercialspacetourism, fullhybridarchitecture and85-95percent dailyfoodenergy target are fiction/designgoals; not validated currentperformance. UNICEF ceremony is story only, no realpayment or endorsement.

NASA: Plant Water Management
Capillary fluidics, aeration and water delivery in low gravity are research challenges.

NASA: Space Crops
Research into food safety, soilless cultivation and bioregenerative life support.

ESA: MELiSSA Closed Loop Concept
Research recovery of food water oxygen using biology and light; not proof of the proposed complete hybrid system.

NASA: Growing Plants in Space
Fresh crops and crew well-being are objectives of Veggie research.

NASA: Overview ISRU
Local resource extraction and processing depend on destination.

NASA: Detoxifying Mars
Perchlorates must be removed from Martian water before food production or consumption.

UNICEF official site
Organization reference for fictional donation scene; no real transfer or endorsement claimed.

ESA: Insects on the space menu
Research explores insect protein in space, with life-cycle and resource questions still to investigate.

ESA: Cultured meat as novel space food
Exploratory work on cell culture food systems and dependence on growth medium/resources.

NASA: Deep Space Food Challenge
Development of nutritious sustainable food systems under constrained resources; not endorsement of the fictional hybrid design.

NASA: Modular Waste Treatment and Resource Recovery
Modular research technology recovers water and fertilizer constituents from wastewater and organic wastes including fecal/food waste; does not imply raw waste is safe for crops.

NASA: Wastewater to Plant Nutrient System
Urine-derived water and nutrients require processing and salt management; sodium accumulation can stress plants.

MELiSSA: Nitrification
Research transforms separately collected urine into plant-useful nitrogen forms in a controlled process.