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02. DSSC Electronic Theses and Dissertations

Permanent URI for this communityhttps://hdl.handle.net/20.500.14578/3

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    The influence of Smart Agri Radio towards agribusiness profitability in Davao Del Sur
    Fernandez, John Wesley R. (Davao del Sur State College, 2025-05)
    SMART Agri Radio is a community radio station of Davao del Sur State College established by the help of the Department of Agriculture. This quantitative non-experimental research design was conducted to determine the significant relationship between the extent expose to SMART Agri Radio programs and the influence of SMART Agri Radio programs in disseminating information and towards the profitability and the significant relationship between the perceived barriers and challenges hindering the optimization of radio broadcasting in Davao del Sur towards the influences on profitability among listeners. This research was conducted to 229 respondents residing in Davao del Sur. Respondents are mostly female and majority of them are young adults who are married farmers finished secondary educations with a 5 years to 10 years of involvement in agriculture/agribusiness.
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    Development of fishpond automated fish feeder system prototype with GSM notification
    Enanoria, Janea Rose L. (Davao del Sur State College, 2024)
    Fish farmers rely on agriculture as their primary source of income, so they are looking for ways to produce higher quality of fish. Effective methods can help produce a lot of aquaculture products. The study aimed to develop a fishpond automated fish feeder system prototype with GSM notification for adult tilapia fish, addressing the persistent challenges of inconsistent feeding and insufficient awareness of water conditions. The system successfully monitors the status of water, including pH using the pH sensor and water temperature using the water temperature sensor, it also monitors the feed level in the tank using ultrasonic sensor and the time of feeding using real-time-clock (RTC). The study made it ideal for fish farmers. This reveals that using the prototype greatly enhances the agriculture field's performance, enabling the fish farmers to maintain stable growing conditions and the growth of their tilapia fish, as well as the successful sending of the readings from the sensor through SMS notification. Above all, the implementation of the fishpond automated fish feeder system prototype with GSM notification was successful in providing a convenient way for fish farmers to monitor their fish.