SpringerLink.

Hardesty, Skye

doi:10.29173/istl2061

Cited by 1 publication

(1 citation statement)

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“…Given the rapid exponential growth of smart agriculture, a 5-year search period was established, i.e., from January 2018 to May 2023; thus, it excluded outdated information that could be irrelevant. The databases were consulted during May 2023, as follows: on May 23, the search in WoS [55] was performed by N.M.-R. and A.M.-R.; on May 25, the search was conducted in Scopus [56] by N.M.-R. and R.P.-V.; on May 26 we searched ScienceDirect [57] by N.M.-R. and A.M.-R.; on May 27 the search was conducted on SpringerLink [58] by A.M.-R. and P.Q.-P.; and WIPO [59] was searched on May 28 by N.M.-R. and A.M.-R.…”

Section: B Information Sourcesmentioning

confidence: 99%

Agro-Technological Systems in Traditional Agriculture Assistance: A Systematic Review

Montalvo-Romero,

Montiel-Rosales,

Purroy-Vásquez

et al. 2023

IEEE Access

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Guaranteeing food security from agriculture in an uncertain context, derived from the effects of multiple factors, is a challenge. Traditional agricultural production is the one that faces the greatest challenges, derived from the scarce evolution in agricultural practices, despite being the one that contributes the most to the availability of food, at 80%. This systematic review aims to identify and analyze agrotechnological systems belonging to precision agriculture, which may be potentially adaptable to traditional rural agriculture. Contributions that improved crop yields from scientific and technological studies were analyzed. The PRISMA statement was used as a formal outline to collect and analyze 114 studies from the period 2018-2023. From the review, it was identified that there is a growing trend in the adoption of intelligent systems that help producers in the management of crops, accentuated in the increase of crop yield, in the determination of product quality, and in the management of water resources, mainly. Likewise, it was identified that the preponderant approach is the monitoring and control of crop development. This is achieved through emerging technologies, such as the Internet of Things, artificial intelligence, and machine learning, with information mainly collected by sensors embedded in drones, algorithms, decision support systems, sensors, and Arduino technology systems. Finally, this review shows that there are five viable systems that can be adapted to traditional agriculture to strengthen agricultural production. Therefore, the adoption of scientific-technological contributions from precision agriculture contributes to ensuring food security.INDEX TERMS Agricultural applications, food security, precision agriculture.

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Section: B Information Sourcesmentioning

confidence: 99%