Digital Monitoring Pressure Camera
Description
The data presents a detailed description of the components of a pressure camera used to measure leaf water potential in leaves or plant samples. A detailed description of the components of the pressure camera built to measure leaf water potential in african mahogany leaves used in the field experiment. The image capture camera is responsible for recording the changes that occur in the sample during measurement, and can be coupled to image analysis devices to quantify changes in the leaf's cells and stomata under different pressures. The pressure camera support ensures camera stability during the procedure, with additional protection provided by a cylindrical acrylic support. The pressure chamber assembly is designed to accommodate the sheet during measurement and allows manipulation of gas levels, suggesting the creation of a controlled atmosphere in the chamber. The sealing valve is crucial for controlling internal pressure, preventing leaks and allowing the plant's behavior to be studied under different atmospheric conditions. The pressure monitoring camera digital instrument constructed as a result of the need to measure the leaf water potential of African mahogany plants, proved to be a tool in the area of plant ecophysiology, allowing precise monitoring of the response of plants to different environmental conditions and, thus, contributing to conservation and sustainable management of African mahogany and other plant species in natural environments.
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Steps to reproduce
The digital monitoring pressure chamber hardware consists of an electron microscope adapted conventional, a mini pressure chamber, a mini portable air compressor and a digital capture system. The electron microscope is specially modified to allow viewing it needs and in high resolution of the exact point of sap exudation, being coupled directly to the pressure chamber to guarantee detailed and real-time observations. The mini pressure chamber is designed to be compact and portable, using lightweight but durable materials for easy transport and handling in the field. This slim design does not compromise functionality, allowing for accurate measurements in any environment. The portable mini air compressor, powered by rechargeable batteries, is specifically calibrated for provide the required pressure constantly and accurately, which is essential for obtaining repeatable and reliable measurements. One of the main hardware differences is the digital image capture system integrated into the electron microscope. This system records the exact moment of sap exudation and is connected to an analysis software that processes and stores data for later interpretation. This digital integration eliminates the subjectivity of analog visual observation, offering more accurate and reproducible data. Compared to other hardware, our solution stands out for its low cost, making it affordable for small labs and research institutions with limited budgets. Additionally, ease of use is a significant advantage, especially in the field where mobility and practicality are crucial. Accuracy increased by the integration of the electron microscope and the digital capture system allows for a more detailed and accurate analysis of the water behavior of plants. This hardware offers advantages such as the possibility of carrying out detailed analyzes of the water behavior of plants, mobility due to its portable and lightweight design, and energy efficiency provided by the mini portable air compressor powered by rechargeable batteries. Furthermore, he has the potential to be used in several additional projects, adapting to measure water potential in a variety of plants and contributing to the development of water management strategies in different agricultural crops. The proposed digital monitoring hardware represents a significant innovation over traditional methods, offering increased accuracy, reduced cost, and ease of use. This equipment has the potential to revolutionize research in plant ecophysiology, contributing to advances in understanding of behavior hydro of plants It is at the development in practices agricultural more sustainable.