Leaf area estimation is an important biometrical trait for evaluating leaf development and plant growth in field and pot experiments. We developed a non-destructive model to estimate the leaf area (LA) of Vernonia ferruginea using the length (L) and width (W) leaf dimensions. Different combinations of linear equations were obtained from L, L2, W, W2, LW and L2W2. The linear regressions using the product of LW dimensions were more efficient to estimate the LA of V. ferruginea than models based on a single dimension (L, W, L2 or W2). Therefore, the linear regression “LA=0.463+0.676WL” provided the most accurate estimate of V. ferruginea leaf area. Validation of the selected model showed that the correlation between real measured leaf area and...
Measurement of leaf area is required in various agronomic studies, as it is one of the key measureme...
Leaf area measurements are of value in physiological and agronomic studies. The use of prediction mo...
AbstractNon-destructive methods that accurately estimate leaf area (LA) and leaf weight (LW) are sim...
Leaf area estimation is an important biometrical trait for evaluating leaf development and plant gro...
The measurement of leaf area is required in several agronomic studies, ecological and biological pro...
Leaf area estimation is of fundamental importance to evaluate growth, development, and propagation o...
We developed linear equations to predict the leaf area (LA) of the species Styrax pohlii and Styrax ...
Leaf area estimate may contribute to understand the relationships of interference among weeds and cr...
Com o objetivo de obter uma equação que, através de parâmetros lineares dimensionais das folhas, per...
The aim of this research was to obtain a mathematical equation to estimate the leaf area of Ageratum...
Introduction. Leaf area is often related to plant growth, development, physiology and yiel...
Com o objetivo de obter uma equação que, por meio de parâmetros lineares dimensionais das folhas, pe...
Introduction. Leaf area is often related to plant growth, development, physiology and yield. Many no...
The leaf area is one of the main growth parameters of the plants, being directly rel...
ABSTRACT Leaf area is an essential variable for the quantification of other important leaf character...
Measurement of leaf area is required in various agronomic studies, as it is one of the key measureme...
Leaf area measurements are of value in physiological and agronomic studies. The use of prediction mo...
AbstractNon-destructive methods that accurately estimate leaf area (LA) and leaf weight (LW) are sim...
Leaf area estimation is an important biometrical trait for evaluating leaf development and plant gro...
The measurement of leaf area is required in several agronomic studies, ecological and biological pro...
Leaf area estimation is of fundamental importance to evaluate growth, development, and propagation o...
We developed linear equations to predict the leaf area (LA) of the species Styrax pohlii and Styrax ...
Leaf area estimate may contribute to understand the relationships of interference among weeds and cr...
Com o objetivo de obter uma equação que, através de parâmetros lineares dimensionais das folhas, per...
The aim of this research was to obtain a mathematical equation to estimate the leaf area of Ageratum...
Introduction. Leaf area is often related to plant growth, development, physiology and yiel...
Com o objetivo de obter uma equação que, por meio de parâmetros lineares dimensionais das folhas, pe...
Introduction. Leaf area is often related to plant growth, development, physiology and yield. Many no...
The leaf area is one of the main growth parameters of the plants, being directly rel...
ABSTRACT Leaf area is an essential variable for the quantification of other important leaf character...
Measurement of leaf area is required in various agronomic studies, as it is one of the key measureme...
Leaf area measurements are of value in physiological and agronomic studies. The use of prediction mo...
AbstractNon-destructive methods that accurately estimate leaf area (LA) and leaf weight (LW) are sim...