Application Effect of Aquaculture IOT System

Abstract:

The aquaculture IOT system consists of the water quality monitoring stations which are based on a wireless sensor network (WSN), meteorological station, water quality control station, on-site and remote monitoring center and the central cloud processing platform. If we apply this system effectively, we can modify the existing breeding mode at the cost of mass energy use and gain direct economic benefits. We got relative initial data from the field research in Yixing of Jiangsu province, and compared different aquaculture situation between farmers who used the system and who didn’t in 2011 through the parallel comparison method. We draw the conclusion that this system is helpful to save labor cost 1768.62 yuan/ha, increase river crab production 88.72 kg/ha and improve river crab sales revenue by 15.51%.

• Periodical: Applied Mechanics and Materials (Volumes 303-306)
• Pages: 1395-1401
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.303-306.1395
• Online since: February 2013
• Authors: Yu Zhang, Jing Hua, Yu Bin Wang
• Keywords: Application Effect, Aquaculture, Expert System, Internet of Things System, Sensor

References

[1] Li,D., &Fu,Z.: Aquaculture digital integrated system. Beijing: Electronic Industry Press (2010). In Chinese.

[2] Li,D., Fu,Z., Ma,L.: Intelligent aquaculture information system design and preliminary realization. Agricultural engineering journal (04), 135-138(2000). In Chinese.

[3] Li,Y., &Qiao,X.: Facilities cucumber expert system economic benefit analysis model research. Vegetables (6), 34-35(2003). In Chinese.

[4] Xu,G.: National intelligent information technology in agriculture popularization and application of basic operation mechanism research summary. Hunan Agricultural Sciences (2), 57-59(2004). In Chinese.

[5] Wang,D., Zou,Z., Ding,K.: Agricultural production and intelligent information system in rice demonstration application effect analysis. Modern agricultural science and technology (2), 96-97(2006). In Chinese.

[6] An,J.: The Freshwater Fish Feed Expert System Research Based on the WEB. China Agricultural University (2002). In Chinese.

[7] Dhuyvetter K.C., Thompson C.R., Norwood C.A., et: Economics of dryland cropping systems in the Great Plains: a review. Journal of Production Agriculture 9(2), 216-222(1996).

DOI: 10.2134/jpa1996.0216

[8] Leggesse,D., Michael,B., Adam,O.: Duration Analysis of Technological Adoption in Ethiopian Agriculture. Journal of Agricultural Economics (03), 613- 631(2004).