Latest leaf-spectroscopy
How to use SpectraVue’s built-in indices
Application Scientist Galen George walks us through how to use the vast array of built-in indices on the new CI-710s SpectraVue Leaf Spectrometer. For more information on SpectraVue:https://cid-inc.com/plant-science-tools/leaf-spectroscopy/ci-710-miniature-leaf-spectrometer/ To request a quote:https://cid-inc.com/request-pricing/
Precision Forestry in 2023 – A Revolution in Intensive Management
Precision forestry uses advanced data collection and analysis systems to allow site-specific management of forests. This new approach to forestry is being used to replace the traditional system that has remained unchanged for nearly three centuries. It is relevant for managing monoculture plantations and semi-natural forests for producing goods, such as wood and biomass production,… Continue reading…
Hemispherical Photography to Estimate Leaf Area Index in Cotton
Non-destructive hemispherical photography provides a rapid and efficient means of collecting information on several eco-physiological features of plants. Scientists are eager to expand the use of this method to estimate the Leaf Area Index in annual crops. Testing the technique provides answers, but it also raises fresh challenges. A reliable standard tool, such as the CI-110… Continue reading…
New Video: SpectraVue In Action
Join Galen George as he demonstrates our newest instrument for plant stress measurement – the SpectraVue Leaf Spectrometer. ATTEND THE SPECTRAVUE LAUNCH WEBINAR Why Commercial Agriculture Should Pay Attention to Leaf Spectroscopy in 2021: 3 Novel Uses for Leaf Spectroscopy in Leafy Greens, Berries and Cut Flowers Dr. Catherine Simpson (Texas Tech University) will talk… Continue reading…
Chlorophyll Analysis Using Vegetation Indices
Instruments like the VIS-NIR based CI-710 Miniature Leaf Spectrometer (CID Bio-Science) aid in non-destructive data collection and quantification of chlorophyll. Several vegetation indices can be used to analyze the spectral data collected by the spectrometer during the process. Chlorophyll content estimation assumes importance as it can provide rapid and precise data on the plant physiological parameters… Continue reading…
Adapting Production to Drought
Many parts of the world face water shortage and drought. As a result, farms and orchards are losing their capacity to produce food. According to the Food and Agriculture Organization (FAO), drought cost the world 29 billion USD in 2018; therefore, it is imperative for governments, crop consultants, and farmers to be proactive. Technology is… Continue reading…
Growth Regulators and Bio-stimulants Boost Plant Growth and Yield
We are currently faced with the task of increasing food production for a growing population with little additional land. Agriculture already uses 37% of land area and converting more forests to farms can further exacerbate environmental problems, so strategies, such as the use of bio-stimulants and plant growth regulators, could be a possible solution to… Continue reading…
Nitrogen Dynamics in Forest Trees
Many wild tree species have economic values due to their use in the production of timber, biomass, and a variety of non-timber products. It is essential to learn more about the nutrient dynamics that can affect the health and productivity of forests, since we currently have little information on this topic. Nitrogen is an important… Continue reading…
NIR & Spectroscopy in Agriculture & Crop Science
According to a review by Dr. Crocombe, hand-held spectrometers have historically been used by only small groups of people, such as analytical and drug companies. These days, spectroscopy is available in simple low cost devices for a multitude of applications for scientists and non-scientists alike. One of the most prominent uses of spectroscopy has been… Continue reading…
Leaf Spectroscopy
The Vast Applications for Spectroscopy in Plant Research Spectroscopy is a precise and non-destructive technique that can tell us about several processes going on in plants and trees. After being integrated into small handheld devices, it can provide instant and accurate results in the field, forests, and laboratories. It replaces several conventional methods, which were… Continue reading…
