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Development and Application of Smart Agriculture:
The Case of Strawberry Industry
|Advisor:||何佳安(Ja-an Annie Ho)|
Agriculture,Environment,Climate,Smart Agriculture,Strawberry whole chain model,
|Publication Year :||2019|
In the face of extreme weather, aging agricultural manpower, food safety and other challenges, global agriculture has applied intelligent agricultural-related technologies such as ict, the Internet of Things (IoT) and big data (Big Data), and grasped more accurately key data through sensors. Those will make more effective and comprehensive maintenance of food security, food safety and ecological safety.
Strawberry is one of the important small berries produced in temperate regions. As Taiwan is located in the subtropical zone, climate change is great, and the seedling raising period coincides with typhoon season, greenhouse seedling raising can reduce the risk of seedling loss caused by typhoon, while the rainy and humid climate during the cultivation period makes the fruit rotten easily, and the spread of diseases and insect pests is rapid, which makes the control difficult, thus affecting the quality and yield of strawberries.
From the strawberry chain model developed by the research object in this study, Taiwan's industrial trends such as electronic technology contract, agricultural technology research and development are very suitable for the development of smart agriculture. Therefore, if the cultivation of strawberries in greenhouses and smart agricultural systems, in addition to protecting crops, can also provide tourists with a good strawberry garden harvesting environment, improve the situation of open-air cultivation of strawberry garden that cannot provide tourists to pick fruits and the fruits are easily damaged in rainy days. It is more hopeful to produce summer strawberries to supplement the current strawberry industry, further so that the strawberry industry system is more perfect. In the future, there should be an opportunity for the whole factory to export strawberry planting model in this smart greenhouse to other areas and create greater output value.
|Appears in Collections:||生物科技管理碩士在職學位學程|
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