作者: Jayden Lefebvre
关键词: Intensive farming 、 Crop quality 、 Agricultural engineering 、 Agriculture 、 Wasabia japonica 、 Extensive data 、 Environment controlled 、 Allyl isothiocyanate 、 Computer science
摘要: Wasabi agriculture continues to predominantly rely on traditional practices. There currently exists an abundance of botanical literature surrounding the optimization wasabi growth environment increase crop quality, however this research is detached and independent. Considering recent rise prominence cyber-agriculture technology, its use in further optimizing should be considered. By designing constructing two wasabi-oriented food computer prototype iterations, uniting synchronizing results existing research, growing Wasabia japonica plants inside these computers, it was found that despite widely reported difficulty farming, a strong contender for novel cyber-agriculture: plant tissues showed 69.3% flavour compound (allyl isothiocyanate) concentration overall. The also exhibited 74.7% decrease overall mass, pointing well-documented phenomenon dubbed “dilution effect” present intensive agriculture. Overall, given future design improvements more extensive data collection, there possibility revolutionize by engineering solutions tailored growth.