# The Construction of a Digital Agricultural GIS Application Suite
## 1 Introduction  
With the widespread adoption of information technology, GIS has been extensively applied across numerous fields such as resource and environmental management, urban planning and management, emergency response and disaster management, and business and market analysis. This has led to the development of GIS application systems that integrate GIS functionalities with specific industry needs. Digital agriculture is a critical strategic area in modern agricultural development. Numerous GIS application systems have been established in this field. These systems can be divided into agricultural data acquisition management systems that can collect, organize, and manage all kinds of agricultural data [1, 2], decision support systems that can be divided into pest and disease control decision systems [3], irrigation decision systems [4], agricultural pollution decision systems [5], and precision facility deployment GIS systems [6], as well as agricultural big data visualization systems [7]. These tools provide essential support for agricultural resource management, decision making, and sustainable development, playing a vital role in advancing digital agriculture. However, due to the strong timeliness and huge amount and variety of agricultural data, agricultural production is developing towards digital agriculture and precision agriculture with intelligent and efficient management. Enhancing the responsiveness of current digital agricultural GIS applications to evolving needs while addressing customized requirements remains a significant challenge. An application suite refers to a set of interrelated software programs that offer various functions to meet specific user needs [8]. It enables the rapid fulfillment of industry-specific application requirements effectively, enhancing quality assurance standards. In the field of office automation, there is currently a wide range of office automation suites available, along with numerous stand-alone products. Among these, Office 365 and Google Suite, which was rebranded as Google Workspace in 2020, have emerged as popular productivity suites [9; 10]. Office suites are preferred over collections of standalone products due to their superior integration and consistent interfaces. These productivity suites offer businesses a variety of applications, such as Word, Excel, and PowerPoint, that are designed to enhance employee efficiency and enable seamless communication from any location at any time. Google Suite comprises essential applications like Gmail, Google Hangouts, Google+, Google Calendar, Drive storage, Google Slides, Google Docs, Google Forms, Google Sheets, and Google Sites [11]. The innovative model of Google Suite demonstrates its potential in terms of versatility, cost-efficiency, and feasibility [12]. Moreover, it plays a significant role in education by utilizing components like Google Classroom, Google Sheets, Google Cloud, Google Meet, and Google Maps [13; 14; 15; 16; 17; 18]. Additionally, G-Suite finds applications in developing small-sized Android applications, creating landing pages using Google Analytics and establishing an automated health attestation system [19; 20; 21]. In the field of enterprise management, the Kingdee Enterprise Application Suites are built upon Kingdee's independently developed business operating system. These suites encompass internal resource management, supply chain management, customer relationship management, knowledge management, and business intelligence while also enabling inter-enterprise collaboration and the integration of e-commerce applications. This facilitates deep vertical management within enterprises [22]. The Oracle Cloud Application is a comprehensive cloud suite of SaaS applications with embedded artificial intelligence that brings consistent processes across the most important business functions--from enterprise resource planning, supply chain management, and human capital management to customer experience.