Abstract: A new and distinctly salt and boron tolerant cultivar of prickly pear (Opuntia ficus-indica), named “Seleno-Red,” is particularly distinguishable by its ability to tolerate and grow in high concentration of salt, boron and selenium-laden soil. The cultigen was originally discovered by stringent selection of randomly harvested cladodes (modified stems) and potentially from isolation of a single unique cladode or sport that exhibited high levels of salt and boron tolerance necessary for survival, and then propagated into the “Seleno-Red” cultivar. The cladodes were originally randomly harvested from different individual plants and screened from within a naturally segregating wild population or accession. The “Seleno-Red” cultivar has orange-red flowers, mature green cladodes without glochids, and red-purple fruit.

Abstract: A new and distinctly salt and boron tolerant cultivar of prickly pear (Opuntia ficus-indica), named “Seleno-Purple,” is particularly distinguishable by its ability to tolerate and grow in high concentration of salt, boron and selenium-laden soil. The cultigen was originally discovered by stringent selection of randomly harvested cladodes (modified stems) and potentially from isolation of a single unique cladode or sport that exhibited high levels of salt and boron tolerance necessary for survival, and then propagated into the “Seleno-Purple” cultivar. The cladodes were originally randomly harvested from different individual plants and screened from within a naturally segregating wild population or accession. The “Seleno-Purple” cultivar has yellow flowers, mature green cladodes without glochids, and purple fruit.

Abstract: A new and distinctly salt and boron tolerant cultivar of prickly pear (Opuntia ficus-indica), named “Seleno-Green,” is particularly distinguishable by its ability to tolerate and grow in high concentration of salt, boron and selenium-laden soil. The cultigen was originally discovered by stringent selection of randomly harvested cladodes (modified stems) and potentially from isolation of a single unique cladode or sport that exhibited high levels of salt and boron tolerance necessary for survival, and then propagated into the “Seleno-Green” cultivar. The cladodes were originally randomly harvested from different individual plants and screened from within a naturally segregating wild population or accession. The “Seleno-Green” cultivar has yellow-orange flowers, mature green cladodes without glochids, and yellow-green fruit.

Abstract: A new and distinctly salt and boron tolerant cultivar of prickly pear (Opuntia ficus-indica), named “Seleno-Orange,” is particularly distinguishable by its ability to tolerate and grow in high concentration of salt, boron and selenium-laden soil. The cultigen was originally discovered by stringent selection of randomly harvested cladodes (modified stems) and potentially from isolation of a single unique cladode or sport that exhibited high levels of salt and boron tolerance necessary for survival, and then propagated into the “Seleno-Orange” cultivar. The cladodes were originally randomly harvested from different individual plants and screened from within a naturally segregating wild population or accession. The “Seleno-Orange” cultivar has yellow flowers, mature green cladodes without glochids, and orange fruit.

Abstract: A new and distinctly salt and boron tolerant cultivar of prickly pear (Opuntia ficus-indica), named ‘Seleno-Orange’ is particularly distinguishable by its ability to tolerate and grow in high concentration of salt, boron and selenium-laden soil. The cultigen was originally discovered by stringent selection of randomly harvested cladodes (modified stems) and potentially from isolation of a single unique cladode or sport that exhibited high levels of salt and boron tolerance necessary for survival, and then propagated into the ‘Seleno-Orange’ cultivar. The cladodes were originally randomly harvested from different individual plants and screened from within a naturally segregating wild population or accession. The ‘Seleno-Orange’ cultivar has yellow flowers, mature green cladodes without glochids, and orange fruit.

Abstract: A new and distinctly salt and boron tolerant cultivar of prickly pear (Opuntia ficus-indica), named ‘Seleno-Red,’ is particularly distinguishable by its ability to tolerate and grow in high concentration of salt, boron and selenium-laden soil. The cultigen was originally discovered by stringent selection of randomly harvested cladodes (modified stems) and potentially from isolation of a single unique cladode or sport that exhibited high levels of salt and boron tolerance necessary for survival, and then propagated into the ‘Seleno-Red’ cultivar. The cladodes were originally randomly harvested from different individual plants and screened from within a naturally segregating wild population or accession. The ‘Seleno-Red’ cultivar has orange-red flowers, mature green cladodes without glochids, and red-purple fruit.

Abstract: A new and distinctly salt and boron tolerant cultivar of prickly pear (Opuntia ficus-indica), named ‘Seleno-Green,’ is particularly distinguishable by its ability to tolerate and grow in high concentration of salt, boron and selenium-laden soil. The cultigen was originally discovered by stringent selection of randomly harvested cladodes (modified stems) and potentially from isolation of a single unique cladode or sport that exhibited high levels of salt and boron tolerance necessary for survival, and then propagated into the ‘Seleno-Green’ cultivar. The cladodes were originally randomly harvested from different individual plants and screened from within a naturally segregating wild population or accession. The ‘Seleno-Green’ cultivar has yellow-orange flowers, mature green cladodes without glochids, and yellow-green fruit.

Abstract: A new and distinctly salt and boron tolerant cultivar of prickly pear (Opuntia ficus-indica), named ‘Seleno-Purple,’ is particularly distinguishable by its ability to tolerate and grow in high concentration of salt, boron and selenium-laden soil. The cultigen was originally discovered by stringent selection of randomly harvested cladodes (modified stems) and potentially from isolation of a single unique cladode or sport that exhibited high levels of salt and boron tolerance necessary for survival, and then propagated into the ‘Seleno-Purple’ cultivar. The cladodes were originally randomly harvested from different individual plants and screened from within a naturally segregating wild population or accession. The ‘Seleno-Purple’ cultivar has yellow flowers, mature green cladodes without glochids, and purple fruit.