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Hosta diamond lake

Hosta diamond lake

Description

Issue de l'hybridation complexe de Hosta Niagara falls, Hosta Neptune, Hosta Fulda et Hosta Rupifraga.

Hosta de grande taille, originale de par ses feuilles aux bordures bien ondulées.

Hauteur : +- 50/60 cm.

Largeur : +- 90/100 cm.

Dimensions des feuilles : +- 15/20 cm de long x 10/20 cm de large.

Larges feuilles ovales d'un bleu intense, arrondies et avec des bordures particulièrement ondulées.

Fleurs bleues/violettes de taille moyenne en petite grappe durant l'été.

Gros rhizome livré en conteneur plastique de 1 litre.

#hosta ^7.5 #feuilles ^3.8 #bordures ^2.8 #ondulees ^2.8 #diamond ^2.7 #taille ^2.6 #particulierement ^2.6 #hostas ^2.6 #lake ^2.4 #hybridation ^2.1

Fiche technique

hauteur

50-70 cm

Formule
(( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'hosta', '')))/LENGTH('hosta')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'hosta', '')))/LENGTH('hosta')) ) * 7.5) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'feuilles', '')))/LENGTH('feuilles')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'feuilles', '')))/LENGTH('feuilles')) ) * 3.8) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'bordures', '')))/LENGTH('bordures')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'bordures', '')))/LENGTH('bordures')) ) * 2.8) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'ondulees', '')))/LENGTH('ondulees')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'ondulees', '')))/LENGTH('ondulees')) ) * 2.8) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'diamond', '')))/LENGTH('diamond')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'diamond', '')))/LENGTH('diamond')) ) * 2.7) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'taille', '')))/LENGTH('taille')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'taille', '')))/LENGTH('taille')) ) * 2.6) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'particulierement', '')))/LENGTH('particulierement')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'particulierement', '')))/LENGTH('particulierement')) ) * 2.6) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'lake', '')))/LENGTH('lake')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'lake', '')))/LENGTH('lake')) ) * 2.4) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'hybridation', '')))/LENGTH('hybridation')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'hybridation', '')))/LENGTH('hybridation')) ) * 2.1) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'dimensions', '')))/LENGTH('dimensions')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'dimensions', '')))/LENGTH('dimensions')) ) * 2)