Phosphite (Phi) has been recommended to enhance plant resistance against Phytophthora ssp. The purpose of this study was to evaluate the effect of calcium phosphite (PhiCa) and potassium phosphite (PhiK) under field conditions, taking into account physiological parameters, performance and protection against late blight in the foliage of two potato cultivars, and comparing these results to controlled in vitro experiments. Experimental design was a split plot in randomized complete blocks with four replicates. The main plot comprised two potato cultivars (Kennebec and Spunta) and the sub-plots three late blight control treatments: control, PhiCa and PhiK. The interaction between cultivar and treatment on the area under disease progress curve ...
Phosphite is an alkaline salt of phosphorous acid. Its antifungal properties against some phytopatho...
Crop production is threatened by low phosphorus (P) availability and weed interference. Obtaining pl...
Conventional potato production is not possible without fungicide and the commonly used fungicides ar...
Phosphite (Phi) compounds are salts derived from phosphorous acid. These compounds have the ability ...
The utilization of phosphites (Phi) could be considered as another strategy to be included in integr...
AbstractPotato late blight caused by the oomycete Phytophthora infestans is a devastating disease of...
The use of biocompatible chemical compounds that enhance plant disease resistance through Induced Re...
The use of biocompatible chemical compounds that enhance plant disease resistance through Induced Re...
Although phosphite is widely used to protect plants from pathogenic oomycetes on a wide range of hor...
Late blight caused by the oomycete Phytophthora infestans is considered the biggest threat to potato...
Phosphite (Phi) compounds are salts derived from phosphorous acid. These compounds have the ability ...
Late blight caused by the oomycete Phytophthora infestans is considered the biggest threat to potato...
The use of phosphite (Phi)-containing products as foliar fertilizers is a common practice in food pr...
Phosphites (Phi) have the ability to protect plants against different pathogens, both through a dire...
We are studying the role of phosphites in disease control management, yield and potato tuber quality...
Phosphite is an alkaline salt of phosphorous acid. Its antifungal properties against some phytopatho...
Crop production is threatened by low phosphorus (P) availability and weed interference. Obtaining pl...
Conventional potato production is not possible without fungicide and the commonly used fungicides ar...
Phosphite (Phi) compounds are salts derived from phosphorous acid. These compounds have the ability ...
The utilization of phosphites (Phi) could be considered as another strategy to be included in integr...
AbstractPotato late blight caused by the oomycete Phytophthora infestans is a devastating disease of...
The use of biocompatible chemical compounds that enhance plant disease resistance through Induced Re...
The use of biocompatible chemical compounds that enhance plant disease resistance through Induced Re...
Although phosphite is widely used to protect plants from pathogenic oomycetes on a wide range of hor...
Late blight caused by the oomycete Phytophthora infestans is considered the biggest threat to potato...
Phosphite (Phi) compounds are salts derived from phosphorous acid. These compounds have the ability ...
Late blight caused by the oomycete Phytophthora infestans is considered the biggest threat to potato...
The use of phosphite (Phi)-containing products as foliar fertilizers is a common practice in food pr...
Phosphites (Phi) have the ability to protect plants against different pathogens, both through a dire...
We are studying the role of phosphites in disease control management, yield and potato tuber quality...
Phosphite is an alkaline salt of phosphorous acid. Its antifungal properties against some phytopatho...
Crop production is threatened by low phosphorus (P) availability and weed interference. Obtaining pl...
Conventional potato production is not possible without fungicide and the commonly used fungicides ar...