Production of strawberry using internet of things: a review

Elijah, Olakunle; bakhit, Abdelmoneim A.; Rahman, Tharek Abdul; Chua, Tien Han; Ausordin, Siti Fatimah; Razali, Razif

doi:10.11591/ijeecs.v15.i3.pp1621-1628

Cited by 8 publications

(5 citation statements)

References 25 publications

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“…These conditions could promote vegetative and reproductive growth of strawberry plants in our experiment. It was also reported that increasing light intensity from 27,000 to 54,000 lux at 15-21 •C was increasing in CO2-uptake and photosynthesis of June-bearing strawberry [31]. Optimum RZT enhances respiration, oxygen consumption and cell viability of the root leading to high nutrient uptake and biomass accumulation.…”

Section: Discussionmentioning

confidence: 87%

Integration of Evaporative Greenhouse, Internet of Things and Root-zone Cooling to Enhance Growth and Development of Strawberry (Fragaria x ananassa) in Tropical Climate

Naphrom,

Kunasakdakul,

SANTASUP

et al. 2023

Preprint

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The experiment was carried out during October 2022 to January 2023 at Mae Hea Agricultural Research, Demonstration and Training Center, Faculty of Agriculture, Chiang Mai University, Chiang Mai Province, Thailand; latitude: 18° 44′ 36″ North, Longitude: 98° 57′ 50″ East, and an al-titude 304 msl. Evaporative greenhouse, 9.6 x 40 square meters, with 8 planting troughs was prepared, Sensors and Internet of Things (IoT) system were installed to monitor continuously vital parameters, collect data, and send timely alerts to facilitate problem resolution. The data were displayed via IoT platform dashboard. An average air temperature, light intensity, media moisture and CO2 concentration in the greenhouse during 4 months was 21.1 ◦C, 12,948 Lux, 2 kPa and 495 ppm, respectively. The average maximum temperature in the evaporative greenhouse was 29.6 ◦C, which 4.2 ◦C lower than outside; 33.8 ◦C. Root-zone cooling of the strawberry planting was de-signed as factorial 3x4 in completely randomized design (CRD). Factor A was the short-day strawberry cultivars: 1) “Pharachatan 88” 2) “Pharachatan 80” and 3) “Akihime”. Factor B was the root-zone cooling treatments: 1) normal water dripping (NWD) 2) cold water dripping (CWD) 3) cold water dripping + cold water piping (CWD+CWP) and 4) normal water dripping + cold water piping (NWD+CWP). The results revealed that there was an interaction between the two factors on canopy width, leave width, crown diameter, number of flowers, fruit qualities and fruit color, whereas plant height, leaves length, SPAD and number of inflorescences were not affected by the interaction between the two factors. Four months after the experiment, the root-zone cooling treatments had no effect on chlorophyll contents, whereas “Pharachatan 80” had lower chlorophyll content than others. The CWD+CWP treatment could reduce 2 °C of root-zone temperature and leading to promote vegetative and reproductive growth in strawberry plants. Anyhow, without the root-zone cooling treatment, “Akihime”and “Pharachatan 88” still could produce flowers and yield, but “Pharachatan 80” could not. Furthermore, “Akihime” seemed appreciable in flowering, TSS and yield as compared to others.

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Section: Discussionmentioning

confidence: 87%

Integration of Evaporative Greenhouse, Internet of Things and Root-zone Cooling to Enhance Growth and Development of Strawberry (Fragaria x ananassa) in Tropical Climate

Naphrom,

Kunasakdakul,

SANTASUP

et al. 2023

Preprint

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“…The application of smart greenhouse technology in strawberry cultivation is to overcome the constraints of climatic factors such as temperature, seasonal production, and short shelf life. Various benefits of implementing smart house technology in tropical areas such as Malaysia have been obtained (Elijah, 2019). Indonesia, which has climatic conditions similar to Malaysia, will certainly get the same benefits when applying smart greenhouse technology.…”

Section: Strawberry Observation Results Smart Greenhouse and Ordinary...mentioning

confidence: 99%

Smart Greenhouse Design for Strawberry Cultivation in Pandanrejo, Batu City

Bustomi,

Indarto,

Fatimah

et al. 2023

JSH

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Batu City, which is famous as a tourist city, is not only an urban area. Most of the Batu city area is a rural area, especially the northern area which is included in the Bumiaji sub-district. As a tourist area, Batu City has a large enough economic potential to improve the welfare of its people. Most of the people of Batu city who live in rural areas are fruit and vegetable farmers. Pandanrejo village in Bumiaji sub-district is an example of a strawberryproducing village in Batu city. Various problems are faced by strawberry farmers in Pandanrejo village. One of them is related to the uncertain weather conditions in their village. The ITS Physics department team provides solutions related to these weather conditions with an innovative climate conditioning technology that can be applied in agriculture. This technology is a smart greenhouse in which there is control of environmental conditions for strawberry plants. With the application of smart greenhouse technology, it is expected to increase the productivity of strawberries and the welfare of the farming community of Pandanrejo village, Batu city.

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“…Malaysia faced problematic issues to cultivate sensitive crops like strawberries because of the equatorial country, but through the deployment of IoT-enabled greenhouse farms, it is potentially easy to produce strawberry plants [129]. Farmers installed IoT-based greenhouse farms on several locations in Malaysia to automatically regulate and monitor the internal environment which is suitable for the growth of plants.…”

Section: A Malaysiamentioning

confidence: 99%

Internet of Things in Greenhouse Agriculture: A Survey on Enabling Technologies, Applications, and Protocols

Farooq

Riaz

Helou³

et al. 2022

IEEE Access

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The greenhouse is one of the sustainable forms of smart agricultural farming. It is considered as an alternate method to overcome the food crisis which is generated due to high population growth, climate change, and environmental pollution. Although this method supports off-the-season crops within the enclosed area even in severe climatic zones. It has required to efficiently control and manage the crop parameters at greenhouse in a more precise and secure way. The advancement of the Internet of Things (IoT) has introduced smart solutions to automate the greenhouse farming parameters such as plant monitoring, internal atmosphere control, and irrigation control. The survey presents a hierarchy on the major components of IoT-based greenhouse farming. A rigorous discussion on greenhouse farming techniques, IoT-based greenhouse categories, network technologies (cloud/edge computing, IoT protocols, data analytics, sensors) has been presented. Furthermore, a detailed discussion on mobile-based greenhouse applications and IoT applications has been presented to manage the greenhouse farm. Moreover, the success stories and statistical analysis of some agricultural countries have been presented to standardize the IoT-based greenhouse farming. Lastly, the open issues and research challenges related to IoT-enabled greenhouse farming has been presented with state-of-the-art future research directions.

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Production of strawberry using internet of things: a review

Cited by 8 publications

References 25 publications

Integration of Evaporative Greenhouse, Internet of Things and Root-zone Cooling to Enhance Growth and Development of Strawberry (Fragaria x ananassa) in Tropical Climate

Integration of Evaporative Greenhouse, Internet of Things and Root-zone Cooling to Enhance Growth and Development of Strawberry (Fragaria x ananassa) in Tropical Climate

Smart Greenhouse Design for Strawberry Cultivation in Pandanrejo, Batu City

Internet of Things in Greenhouse Agriculture: A Survey on Enabling Technologies, Applications, and Protocols

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