Leaf Tracing Method
Leaf Tracing Method - Related Videos
11:09
Relating Stomatal Conductance to Leaf Functional Traits
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Cited by 39 •
2015
Unraveling how physiology and morphology are linked allows a deeper understanding of mechanistic functioning of plant leaves. We present both a procedure to derive parameters of stomatal regulation from stomatal conductance measurements and correlations with traditional functional leaf traits.
08:14
LeafJ: An ImageJ Plugin for Semi-automated Leaf Shape Measurement
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Cited by 93 •
2013
Demonstration of key methods for high throughput leaf measurements. These methods can be used to accelerate leaf phenotyping when studying many plant mutants or otherwise screening plants by leaf phenotype.
12:11
Measurement of Leaf Hydraulic Conductance and Stomatal Conductance and Their Responses to Irradiance and Dehydration Using the Evaporative Flux Method (EFM)
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Cited by 105 •
2012
We describe a relatively rapid (30 min) and realistic method for simultaneously measurement of leaf hydraulic conductance (Kleaf) and stomatal conductance (gs) for transpiring excised leaves. The method can be modified to measure the light and dehydration responses of Kleaf and gs.
07:48
A Method for Lineage Tracing of Corneal Cells Using Multi-color Fluorescent Reporter Mice
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Cited by 15 •
2015
In this article we describe the principles for designing and performing a multi-color lineage tracing experiment using R26R-Confetti mice. We provide a specific protocol for tracking corneal epithelial cells which can be modified for other tissues of interest.
00:09
Leaf Area Index Estimation Using Three Distinct Methods in Pure Deciduous Stands
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Cited by 13 •
2019
An accurate estimation of leaf area index (LAI) is crucial for many models of material and energy fluxes within plant ecosystems and between an ecosystem and the atmospheric boundary layer. Therefore, three methods (litter traps, needle technique, and PCA) for taking precise LAI measurements were in the presented protocol.
FAQs
The method supports three estimation routes: counting grid squares, weighing the traced paper cutout, or applying image-based measurements to the drawing. These routes use the same traced representation but produce area estimates through different forms of analysis. Selecting among them lets a study match its available materials and measurement workflow.
Tracing the outline matters because the method records more than a single size value: it also captures the leaf’s shape. That information helps investigators compare plant structure alongside surface area. In biology, these paired observations can reveal differences among leaves even when the main goal is measuring growth.
Leaf area provides biological context because it can be related to light capture, photosynthesis, and transpiration. A traced estimate therefore does more than describe a drawing: it supplies a quantitative leaf trait for interpreting how plant structure connects with these processes. This makes the technique relevant to growth and structure studies.
To carry out the method, place the leaf on paper and trace its outline. Then estimate the enclosed area by counting grid squares, weighing the traced cutout, or analyzing the drawing with image-based measurements. The selected route determines how the traced outline becomes a quantitative record for comparison.
When comparing plants, researchers can trace leaves from different species or from plants grown under different conditions. The resulting area estimates help quantify differences in growth and structure rather than relying only on visual impressions. Repeating the same tracing-based measurement across these groups supports direct comparison of leaf traits.
When image-based measurements are selected, the traced drawing becomes the input for analyzing leaf area. This provides an alternative to counting grid squares or weighing the cutout, while retaining the same outline-based record. In biology, that flexibility allows leaf structure to be quantified through more than one measurement approach.