Ecosystem Design Controlling Automatic Watering and Fertilization Based on Scheduling According to Fertilization Recommendations

Journal Title: Engineering and Technology Journal - Year 2024, Vol 9, Issue 03

Abstract

Soil is a growing medium for plants because it contains minerals needed for plants to grow and develop. The availability of minerals in the soil can gradually decrease and have an impact on plant development. Providing fertilizer to meet the nutrient needs of plants is still carried out at doses that have not been scientifically proven, which can have an adverse impact on plant growth. In the research, the system was designed with two setting modes for watering and fertilizing, namely automatic or manual. Automatic mode utilizes Internet of Things (IoT) technology as a remote control via website applications and mobile apps. Watering and fertilization controls are automatically adjusted based on scheduling on the website and mobile apps or manually according to the user's wishes, facilitated by fertilizer recommendations according to soil and plant type. This recommendation is obtained through the analysis of data sets such as soil type and plant characteristics, which are stored in the cloud via a website application to help farmers fertilize according to the plants they cultivate.

Authors and Affiliations

Sri Wahjuni, Agus Mulyana, Anas D Susila

Keywords

Related Articles

EFFECTIVENESS OF SUGARCANE STRAW ASH AND PULVERIZED USED PAPER FOR STABILIZATION OF VERTISOLS SOIL

In the discipline of civil engineering, the foundation plays a crucial role in supporting and containing loads of complete structures. Therefore, a foundation needs to be strong enough to increase any structure's useful...

THE UTILIZATION OF SAGO DUE WASTE AS AN ALTERNATIVE FUEL

Sago is a native plant of Indonesia, with an area of ​​about 1.128 million ha or 51.3% of the world's sago area. Potential areas for producing sago (Metroxylon sp.) in Indonesia include Riau, South Sulawesi, Southeast Su...

CRUSHING MACHINE DESIGN FOR WOOD WASTE UTILIZATION USING AXIOMATIC DESIGN METHOD.

The increased number of furniture orders led to a significant amount of material waste. Bahana Raya produces 5-7 m3 of multiplex and blockboard waste. Multiplex waste in the form of lumber and wood chips has been solely...

The Contractor's Role in Mitigating Disasters in Cianjur City, West Java, Indonesia's Ciawi Road Project

Construction projects for road infrastructure are typically undertaken outside and are very susceptible to unforeseen circumstances, such as natural catastrophes. An extensive workforce, high-quality building supplies, a...

Optimizing Affordable Drone Surveillance with Advanced Image Processing Techniques

The widespread adoption of drones can be attributed to their low cost and convenience which led to a growth in their use for surveillance reasons leading to their extensive use in other areas too. In spite of this, the p...

Download PDF file
  • EP ID EP732522
  • DOI 10.47191/etj/v9i03.03
  • Views 10
  • Downloads 0

How To Cite

Sri Wahjuni, Agus Mulyana, Anas D Susila (2024). Ecosystem Design Controlling Automatic Watering and Fertilization Based on Scheduling According to Fertilization Recommendations. Engineering and Technology Journal, 9(03), -. https://europub.co.uk/articles/-A-732522