• This application is an innovative tool designed for farmers and technicians in the agricultural sector, allowing the quantification of carbon in different silvopastoral systems, including species such as pine, alder, cypress and pona, as well as in areas without trees. Developed with Flutter to ensure cross-platform compatibility, the application offers real-time carbon data, working both online and offline, ideal for rural areas with low connectivity.
Application Purpose
This application aims to facilitate the quantification of carbon captured in silvopastoral systems, helping to mitigate climate change. Accurate carbon measurement is essential for sustainable agricultural practices and allows users to manage their systems with environmental awareness. By supporting informed decisions, the app contributes to reducing greenhouse gas emissions and improving sustainability in the use of natural resources.
Main Functions
1. Carbon Quantification
Using allometric equations, the application calculates the carbon stored in the biomass and soil of various systems. The results are specific for each type of system, offering a precise and detailed vision.
2. Intuitive Interface
The app has a simple and accessible interface that makes data entry and navigation easy. The design is optimized so that users can get results and navigate without complications.
3. Visualization of Results
Carbon results are presented in bar graphs and a visual traffic light, allowing a quick understanding of the carbon capture levels and efficiency of each system. This function makes it easier to make decisions based on the data obtained.
4. Storage and Synchronization
Data is stored in Firebase, allowing real-time synchronization and secure access from any device. Users can be assured that information will be available at all times.
5. Offline functionality
The app is optimized for offline use, ideal for those working in areas with limited connectivity. Data is cached and automatically synchronized upon reconnection, with no interruption to your workflow.
6. Secure Authentication
With Firebase Authentication, users can sign up and log in securely. This guarantees the personalization and security of the data stored in the application.
7. Georeferencing
The geolocation function allows carbon measurements to be associated with specific locations, facilitating analysis in different geographic areas.
Benefits for Users
The application is a key tool for those seeking to implement sustainable practices in their production systems, providing accurate data that supports decisions in the management of silvopastoral systems. By evaluating carbon capture efficiency, users can optimize the environmental impact of their activities, and thanks to its offline functionality and automatic synchronization, the application is useful in any environment. Data security and easy navigation ensure a reliable and efficient user experience.
With this tool, digitalization is integrated into the agricultural sector, providing precision, speed and support for sustainable practices, highlighting the importance of advanced technologies for environmental management.