The glass electrode was invented by Nobel Prize winner Fritz Haber in 1909, followed by the development of the modern electric pH meter in 1934 by Arnold Beckman, giving birth to pH probes that we use now to accurately measure pH in a variety of applications. pH (the potential of Hydrogen...
Based on the principles of landsenses ecology, Ren et al. [54] constructed a meliorization model evaluation framework to detect Eucalyptus biomass forest patches at a regional scale, which helped accurately simulate forest biomass and achieve sustainable forest management on regional scale. Cortegano ...
By deploying IoT sensors in the fields, farmers can accurately measure soil moisture levels in real-time. This data can then be used to automate the irrigation process, ensuring that crops receive the appropriate amount of water at the right time. This prevents both under and over-watering, ...
Photo: How do you measure the pH of soils on Mars? Simple! You build a pH meter into a robotic space probe. The Mars Phoenix Lander space probe (left) used this built-in, mini chemical laboratory (right) to measure different aspects of the Martian soil, including acidity and metal ...
vegetables require essential nutrients in order to thrive and flourish. While most plants receive their nutrition directly from the soil they were planted in, vegetables must receive additional fertilizer applications for proper development and growth. Unfortunately, soil tests cannot accurately pinpoint wh...
But we can use IoT devices to monitor crops and increase yields. Farmers will be able to use historical data to predict weather conditions more accurately for their specific microclimates and get suggestions on how to grow crops better.
Although soil has a natural ability to prevent pH from shifting dramatically, that doesn’t mean that you won’t need to measure the pH of your soil. Different plants will grow best in different soil pH values; therefore, knowing the pH value of your soil may impact what you choose to...
Advances in artificial intelligence promise to allow for a larger quantity of weather data to be analyzed faster, more accurately and in greater detail, making weather predicting outcomes more accurate, as well. At the same time, only sophisticated algorithms will soon be able to handle in-de...
The present work has the main objective to test and measure the effects of preserving low abundance ASVs information and also to use this part of data to perform a loss- information recovery step (zero-imputation). To the best of our knowledge only bench- marks considering the normalization ...
When dealing with circular areas, you’ll need to measure the radius, the distance from the circle’s center to the edge. Once you have the radius, calculate the area using the formulaπ × radius². This will give you the total square footage of the circular space you plan to cover ...