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Acer x pseudosieboldianum ice dragon_

Acer x pseudosieboldianum ice dragon

Description

Resulting from the hybridization of the species sieboldianum and a seedling of palmatum this hybrid brings a very strong resistance to cold. Originally from the famous Iseli nursery in the USA in Oregon.

Orange foliage when the buds burst, turning dark green in summer, then orange-red, scarlet red in autumn.

Large sheet cut into strips more than 8-10 cm wide.

Apart from its spectacular foliage in autumn coloring, ice dragon is vigorous, it will find its place alone on a lawn or in beds.

Its tabular port gives it an original character. Relatively fast-growing, the annual growth usually reaches 30 cm. Variety protected under license multiplication prohibited. ®

#pseudosieboldianum ^3.8 #dragon ^3.6 #from ^3.4 #japanese ^2.8 #foliage ^2.7 #orange ^2.6 #autumn ^2.6 #maples ^2.6 #multiplication ^2.4 #acer ^2.4

Technical description

Species	Japanese Maples	same species items
Variety	Acer x pseudosieboldianum ice dragon
Leaf colour	Green leaves	same colour items
Leaf shape	Dissectum	same shaped items
Adult height	Less than 2 meters	same height items
Shape	Tabular	same shape items
Exposure	Sun	same exposure items

Formule
(( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'pseudosieboldianum', '')))/LENGTH('pseudosieboldianum')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'pseudosieboldianum', '')))/LENGTH('pseudosieboldianum')) ) * 3.8) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'dragon', '')))/LENGTH('dragon')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'dragon', '')))/LENGTH('dragon')) ) * 3.6) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'from', '')))/LENGTH('from')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'from', '')))/LENGTH('from')) ) * 3.4) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'foliage', '')))/LENGTH('foliage')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'foliage', '')))/LENGTH('foliage')) ) * 2.7) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'orange', '')))/LENGTH('orange')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'orange', '')))/LENGTH('orange')) ) * 2.6) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'autumn', '')))/LENGTH('autumn')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'autumn', '')))/LENGTH('autumn')) ) * 2.6) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'multiplication', '')))/LENGTH('multiplication')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'multiplication', '')))/LENGTH('multiplication')) ) * 2.4) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'acer', '')))/LENGTH('acer')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'acer', '')))/LENGTH('acer')) ) * 2.4) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'hybridization', '')))/LENGTH('hybridization')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'hybridization', '')))/LENGTH('hybridization')) ) * 2.3) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'sieboldianum', '')))/LENGTH('sieboldianum')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'sieboldianum', '')))/LENGTH('sieboldianum')) ) * 2.2)