Latest leaf-area-measurement
Micronutrient Research Using Leaf Area & Photosynthesis Rates to Improve Crop Yields
With the pressure to increase food production, every agricultural practice that can be optimized for improving crop yield is under scrutiny; therefore, micronutrients, which are important for crop health and growth, are receiving more attention. Agronomists are increasingly studying different treatment methods to establish the easiest and most cost-effective way to improve micronutrient management. There… Continue reading…
Intro to Precision Forestry
Precision Forestry Improves Goods & Services Never before has the interest in preserving natural forests and efficient management of plantations been as great as the present. Demand for wood products is increasing. On the other hand, it is also evident that the remaining forests have to be protected to maintain our quality of life—the very… Continue reading…
Tree, Crop & Plant Stress – A Primer on Abiotic and Biotic Stressors
The natural conditions in which plants and trees grow are neither uniform nor controlled. Many changes or fluctuations, even if they are temporary, can have a negative impact on and stress plants. The factors which can lead to stress can be one of two types: abiotic or biotic. Stress can have serious repercussions on various… Continue reading…
Regulating Fertilizer Applications in Agriculture For Healthier Crops & Environment
Farm Fertilizer – A Double-Edged Sword The excessive use of fertilizers is one of the main causes of the environmental impact of industrial agriculture. The notion that more is better has caused more harm than good to farming, as well as the environment. Therefore, using the right amount of fertilizers is considered an important part… Continue reading…
The Importance of Leaf Area Index (LAI) in Environmental and Crop Research
Leaf Area Index (LAI), which is used as a measure in hundreds of studies on forests, crops, climate and the environment, is calculated as half the area of all leaves per unit area of ground. It is measured as the leaf area (m2 ) per ground area (m–2) and is unit-less. So, a plant with… Continue reading…
The Forest Canopy: Structure, Roles & Measurement
The Importance of Forest Canopy Structure If you are looking for a classic example of the circle of life, consider the forest canopy structure. A forest’s canopy structure is influenced by environmental and soil factors, and it also influences these factors in return. It is an aspect of forest ecology that is receiving more attention… Continue reading…
Forest & Plant Canopy Analysis – Tools & Methods
Canopy Analysis for Crop, Forest & Plant Research The range of applications of canopy cover analysis is truly astounding. Canopy analysis derives its usefulness from the vitality of the canopy. Many methods to measure canopy cover have been developed in the last 80 years to meet various objectives. Not surprisingly, there have been several comparisons… Continue reading…
Leaf the Graph Paper Behind: Real-Life Applications for Leaf Area Meters
Our latest webinar focusing on how leaf area measurements are used in research. A few of the research topics we cover – – Consistent forest leaf area index retrieval using ground and airborne data – Ecophysiology modeling by artificial neural networks for different spacings in eucalyptus – Morphological acclimation to agronomic manipulation in leaf dispersion… Continue reading…
What are leaves?
What is a leaf, and what can it tell us about a plant? Why do scientists measure leaf area? Our new “What are leaves & why are they important?” infographic explains everything (click it to make it bigger).
CI 203 Handheld Laser Leaf Area Meter (Updated 2015)
The CI-203 is, without question, the best leaf area meter in the market. We have also improved the instruments ability to accurately measure delicate leaves, including a feature that allows the researcher to see an image after each measurement to insure a successful scan. Built-in GPS tagging adds a location for each data set and… Continue reading…