The SPAD-502 and the FieldScout CM 1000 chlorophyll meters were compared in their performance in diagnosing the nutritional status of plants. Leaves of a wide range of greenness were used to push the sensitivity of the tools to their limits. Both devices showed high reproducibility when used by different operators. The SPAD-readings were well-correlated with leaf nitrogen (N) concentrations, since leaves from heavily fertilized plants were not included in the sample population. The FieldScout-readings showed a marked saturation curve with the leaf N concentration, thus it cannot be used as a reliable N nutritional status index. The results also showed that the use of SPAD-502 in the diagnosis of the nutritional status of an orchard...
750-758The chlorophyll meter is a simple, non destructive and portable tool that could be used to me...
The SPAD-502 meter is a hand-held device that is widely used for the rapid, accurate and non-destruc...
Intensive vegetable production is commonly associated with excessive nitrogen (N) fertilization and ...
Os equipamentos portáteis que permitem recolher informação no campo sem amostragem destrutiva são f...
Chlorophyll meters are promising tools for improving the nitrogen (N) management of vegetable crops....
ABSTRACT The objective of this study was to verify the efficiency of two portable chlorophyll meters...
The nitrogen sufficiency index (NSI) obtained by using a portable chlorophyll meter is a practical a...
Fertilizer management is crucial to competitive food production, mainly because plant nitrogen (N) i...
The accurate estimation of leaf photosynthetic pigments concentration is crucial to check the plant´...
The objective of this work is to study the suitability of the SPAD-602 chlorophyll meter readings to...
The SPAD 502 Chlorophyll Meter can estimate leaf chlorophyll content as a surrogate measure of the n...
Non-Peer ReviewedThe SPAD Chlorophyll Meter (SPAD) measures the chlorophyll content of leaves, and ...
ABSTRACT.Chlorophyll meters are promising tools for improving the nitrogen (N) management of vegetab...
Comunicação apresentada no VII Symposium of Temperate Zone Fruits in the Tropics and Subtropics, que...
O desenvolvimento recente do medidor portátil de clorofila, que faz leituras instantâneas sem necess...
750-758The chlorophyll meter is a simple, non destructive and portable tool that could be used to me...
The SPAD-502 meter is a hand-held device that is widely used for the rapid, accurate and non-destruc...
Intensive vegetable production is commonly associated with excessive nitrogen (N) fertilization and ...
Os equipamentos portáteis que permitem recolher informação no campo sem amostragem destrutiva são f...
Chlorophyll meters are promising tools for improving the nitrogen (N) management of vegetable crops....
ABSTRACT The objective of this study was to verify the efficiency of two portable chlorophyll meters...
The nitrogen sufficiency index (NSI) obtained by using a portable chlorophyll meter is a practical a...
Fertilizer management is crucial to competitive food production, mainly because plant nitrogen (N) i...
The accurate estimation of leaf photosynthetic pigments concentration is crucial to check the plant´...
The objective of this work is to study the suitability of the SPAD-602 chlorophyll meter readings to...
The SPAD 502 Chlorophyll Meter can estimate leaf chlorophyll content as a surrogate measure of the n...
Non-Peer ReviewedThe SPAD Chlorophyll Meter (SPAD) measures the chlorophyll content of leaves, and ...
ABSTRACT.Chlorophyll meters are promising tools for improving the nitrogen (N) management of vegetab...
Comunicação apresentada no VII Symposium of Temperate Zone Fruits in the Tropics and Subtropics, que...
O desenvolvimento recente do medidor portátil de clorofila, que faz leituras instantâneas sem necess...
750-758The chlorophyll meter is a simple, non destructive and portable tool that could be used to me...
The SPAD-502 meter is a hand-held device that is widely used for the rapid, accurate and non-destruc...
Intensive vegetable production is commonly associated with excessive nitrogen (N) fertilization and ...