ABSTRACT
The aim of this project is to design and construct an automated irrigation and monitoring system for a greenhouse. In this project, we design a system that uses data’s related to a greenhouse environment and yield status to control the designed system for the greenhouse. A greenhouse requires regular monitoring. The current system of irrigation is done manually, which is time consuming, less effective and lead to poor yield. A greenhouse makes it easy to grow crops in an environment where climatic conditions are very adverse. Light, temperature, humidity, soil moisture sensors which will be interfaced with an Arduino microcontroller that will monitor the environment in the greenhouse. The system to be designed will be an automated system for irrigation and monitoring, it will also give the user the option to manually control the system from a web interface.
ABSTRACT
Guinea corn is one of the major cereal crops widely grown in Nigeria, and a very important staple food for the populace particul...
OBJECTIVES OF THE STUDY
This study is specifically to use the physical view to make efficient use of storage and p...
ABSTRACT
The major purpose of this study is to determine the impact of interpersonal communication in conflict and commu...
Statement of Problem
The act and practice of smoking cigarette also impacts differently amongst respective societies, cultures and ecosys...
ABSTRACT
The study examined the partial replacement of Ordinary Portland Cement (OPC) with Periwinkle shell Ash (PSA) and Periwinkle Shel...
ABSTRACT
The entire project work/study talks abo...
Background to the Study
In today’s world of modern governance throughout the world, the issue of...
Abstract
This study was carried out on the level of community participation in the conservation of natural resources. in...
Background to the Study
The general purpose of law is to regulate human behavior by protecting lives and pr...
BACKGROUND OF THE STUDY
Market segmentation is a vital issue in marketing strategy. Therefore, mar...