With the rapid advancement of science and technology and the accelerating pace of globalization, engineering technologies are driving social progress and industrial upgrading at an unprecedented speed. Innovation has become the core driving force leading the development of the engineering field, while practice serves as the crucial bridge to transform innovative achievements into real-world value. It is against this backdrop that Engineering Innovation and Practice is launched, aiming to establish a high-quality academic platform focused on cutting-edge engineering technologies and innovative applications.

This journal is grounded in the interdisciplinary integration of engineering sciences and technologies, covering key areas such as food resources, energy, and water resources. It is dedicated to disseminating original research findings, technological innovations, and practical case studies. We encourage a deep integration of theory and practice, advocate the organic combination of innovative thinking and engineering spirit, and strive to promote the transformation of knowledge from the laboratory to the marketplace, turning ideas into productive power.

As an open, inclusive, and progressive academic platform, Engineering Innovation and Practice welcomes enthusiastic submissions from outstanding scholars, engineers, and technical experts worldwide. We also aspire to serve as a bridge connecting academia and industry, contributing to the leapfrog development of engineering technologies. We commit to maintaining a rigorous peer-review process to ensure the academic quality and credibility of the journal, while actively promoting open access to facilitate the widespread dissemination and sharing of scientific achievements.

During its preparation phase, Engineering Innovation and Practice received strong support from multiple parties. The journal began operation in June 2024, launched its call for papers in August, formed its editorial board in October, obtained its ISSN from the Japan ISSN Center in November, and officially established its website in December.

We hope this journal will become a gathering place for innovative ideas in engineering, joining hands with researchers worldwide to create a new chapter in engineering innovation and practice.

Editorial Board of Engineering Innovation and Practice

December 19, 2024

Time flies swiftly. As the first full publishing year since the launch of Engineering Innovation and Practice, 2025 holds special significance for us. During this year, the journal has steadily developed, featuring excellent papers from various fields that showcase the vigorous innovation and application of engineering technologies. It also reflects the trust and support of our authors and readers.

In 2025, Engineering Innovation and Practice continued to uphold the mission of "innovation-driven and practice-oriented," focusing on key areas such as food resources, energy, and water resources. The journal published a wealth of original and application-oriented research results. These papers not only demonstrate solid theoretical foundations but also highlight the practical impact of technological transformation, fully embodying the deep integration of theory and practice.

In the coming year, we will further improve the peer review process, enhance manuscript quality, expand interdisciplinary collaboration and international cooperation, and strive to build an influential platform for engineering technology innovation. The journal will also actively embrace the open access principle to promote the sharing and dissemination of scientific achievements, contributing to the grand goal of engineering technologies serving societal development.

We sincerely thank all authors, reviewers, and readers for their hard work and enthusiastic support. Your participation and contributions have been the driving force behind the continuous progress of Engineering Innovation and Practice. We look forward to working with more outstanding researchers in the days ahead to jointly advance engineering innovation and practice to an even brighter future.

Let us embrace the new challenges with confidence and create a brilliant 2025 together!

Editorial Board of Engineering Innovation and Practice

January 1, 2025

Agricultural development today faces unprecedented challenges and opportunities. From the impacts of climate change on crop production to the sustainable management of soil health and the urgent need to enhance food security and production efficiency, engineering innovation plays a pivotal role in advancing agricultural modernization. Engineering Innovation and Practice remains committed to bringing together cutting-edge engineering insights from around the world to address critical issues in agriculture.

This issue presents a series of outstanding studies centered on agricultural engineering innovation and practice. The featured articles explore a wide range of topics—from the profound influence of soil microbial ecology on soil health, to data-driven strategies for crop breeding and optimization—highlighting how precision agriculture can enhance crop adaptability and yield. Several studies offer in-depth analyses of fertilization patterns (including nitrogen-calcium ratios and layered fertilization) and their regulatory effects on the growth, yield, and quality of crops such as peanuts, wheat, rice, and soybeans, as well as their impacts on soil microbial diversity.

Notably, this issue also includes empirical studies on the effects of tillage methods on wheat yield and water use efficiency, the application of drought-resistant genes in wheat breeding, and the influence of different irrigation methods on potato yield and resource efficiency. These works not only provide valuable theoretical insights but also underscore the immense potential of engineering technologies in boosting agricultural productivity and optimizing resource allocation.

We firmly believe that the innovative practices and systematic analyses presented here will contribute meaningfully to sustainable agriculture, food security, and environmental stewardship. It is our hope that these studies will inspire further exploration and innovation in agricultural engineering, helping to build a smarter, more efficient, and greener agricultural future.

We extend our sincere thanks to the contributing authors for their dedication and to the reviewers for their rigorous and thoughtful evaluations. We hope this issue offers fresh insights and inspiration to our readers.