O livro explora a criação de um sistema digital de irrigação utilizando Arduino, focando na concepção e fabricação para uma faculdade de Engenharia. O estudo inclui pesquisa prévia, desenvolvimento da metodologia, codificação e testes em laboratório, mostrando que o sistema funciona corretamente, preparando-se para uma implementação em grande escala.
The book focuses on the critical condition of AL-Razaza Lake, highlighting the urgent need to monitor water resources and wetlands to support sustainable development. It details a proposed method for assessing spatial and temporal changes in the lake from 1992 to 2018, incorporating various processing stages and supervised classification of satellite images. The study reports high accuracy and kappa coefficients in its classification results, emphasizing the effectiveness of the proposed monitoring techniques for managing water resources and conserving wetland ecosystems.
Focusing on the development of a digital Arduino irrigation system, this study addresses the need for efficient agricultural practices amid economic constraints. It outlines the research process, including a review of existing literature to inform material selection, followed by the design and manufacturing phases. The project culminated in testing the system in a laboratory setting, confirming its functionality. Future plans involve scaling up the system for broader application within the Water Resources Engineering faculty at Al-Qasim Green University.