The first derivative of spectral reflectance of tomatoes was studied to see whether it can detect molds and sunscald damage on the fruit. The results indicate that a quality index based on the derivative values of reflectance at 590- and 710-nm wavelengths can be used to separate good tomates from those with black mold, gray mold, and sunscald
The aim of the study was to examine the potential of hyperspectral sensing to detect the incidence o...
A rapid and non-destructive assessment of quality parameters in tomatoes was evaluated using a porta...
Canopy reflectance sensors are a viable technology to optimize the fertilization management of crops...
The first derivative of spectral reflectance of tomatoes was studied to see whether it can detect mo...
In this study, spectral images of five ripeness stages of tomatoes have been recorded and analyzed. ...
In this study, spectral images of five ripeness stages of tomatoes have been recorded and analyzed. ...
Experiments were conducted to assess the feasibility of determining the quality attri...
Spectroscopy has become one of the most used non-invasive methods to detect plant diseases before sy...
Tomato is an important food product for which the development of non-destructive quality assessment ...
The concept of optothermal window (OW) detection was used for the first time to assess the color of ...
Reflectance spectroscopy represents a useful tool for the nondestructive assessment of tomato lycope...
Fungal leaf diseases cause economically important damage to crop plants. Protective treatments help ...
ABSTRACT This study aimed to identify wavelengths based on leaf reflectance (400-1050 nm) to estimat...
Several diseases have threatened tomato production in Florida, resulting in large losses, especially...
The objective of this study was to evaluate the use of hyperspectral near-infrared (NIR) reflectance...
The aim of the study was to examine the potential of hyperspectral sensing to detect the incidence o...
A rapid and non-destructive assessment of quality parameters in tomatoes was evaluated using a porta...
Canopy reflectance sensors are a viable technology to optimize the fertilization management of crops...
The first derivative of spectral reflectance of tomatoes was studied to see whether it can detect mo...
In this study, spectral images of five ripeness stages of tomatoes have been recorded and analyzed. ...
In this study, spectral images of five ripeness stages of tomatoes have been recorded and analyzed. ...
Experiments were conducted to assess the feasibility of determining the quality attri...
Spectroscopy has become one of the most used non-invasive methods to detect plant diseases before sy...
Tomato is an important food product for which the development of non-destructive quality assessment ...
The concept of optothermal window (OW) detection was used for the first time to assess the color of ...
Reflectance spectroscopy represents a useful tool for the nondestructive assessment of tomato lycope...
Fungal leaf diseases cause economically important damage to crop plants. Protective treatments help ...
ABSTRACT This study aimed to identify wavelengths based on leaf reflectance (400-1050 nm) to estimat...
Several diseases have threatened tomato production in Florida, resulting in large losses, especially...
The objective of this study was to evaluate the use of hyperspectral near-infrared (NIR) reflectance...
The aim of the study was to examine the potential of hyperspectral sensing to detect the incidence o...
A rapid and non-destructive assessment of quality parameters in tomatoes was evaluated using a porta...
Canopy reflectance sensors are a viable technology to optimize the fertilization management of crops...