Most popular articles
Everything About Peaches. Clemson University Cooperative Extension Service Everything About Peaches Website: whether you are a professional or backyard peach...
Mission Statement. For the sake of mankind and the world as a whole a further increase of the sustainability...
Newsletter 9: July 2013 - Temperate Fruits in the Tropics and Subtropics. Download your copy of the Working Group Temperate...
USA Walnut varieties. The Walnut Germplasm Collection of the University of California, Davis (USA). A description of the Collection and a History...
China Walnut varieties.

Articles

DISEASES EFFECTS ON SUSTAINABILITY AND EVOLUTION OF CHESTNUT ECOSYSTEM IN ITALY

Article number
844_52
Pages
373 – 380
Language
English
Abstract
The two most destructive diseases of chestnut (Castanea sativa Miller) are chestnut blight and ink diseases which are spreading in Italy and through other European countries.
These constrain factors play an important role in the evolution of chestnut stands and orchards, affecting their management.
Predominance of hypovirulence was observed in the majority of European chestnut stands and orchards.
Healing cankers arising from the action of hypovirulent strains of Cryphonectria parasitica were detected in the stands investigated.
Factors involved in the natural spread and predominance of the hypovirulent strains are cited.
New lines of the parasite spread, but the damages produced are undetectable for the effect of the natural mixed inoculum, which could buffer any variations in the genome lines.
Management of chestnut stands and orchards and the spread of hypovirulent strains enhances the natural biological control of the disease.
Ink disease attacks produce severe damage in chestnut stands and orchards and influence their evolution Treatments with integrated organic fertilisers have produced the re-growth of symptomatic chestnut trees.

Publication
Authors
G. Maresi, T. Turchetti
Keywords
Castanea sativa, chestnut blight, hypovirulence, ink disease, biological control, management
Full text
Online Articles (66)
Wang Tie-ming | Jiang Xue-fu | Wang Dong-li | Yang Dong-sheng | Qin Ling
C. Marinelli | M. Migliorini | L. Funghini | T. Turchetti | B. Zanoni | S. Canuti
I.R. Donis-Gonzalez | C. Medina-Mora | S. Stadt | M. Mandujano | D.W. Fulbright
Bu Tian | Han Tao | Zhang Hai-ying | Li Hong-wei | Li Li-ping
Zhu Xiao-qing | Wang Hai-xia | Qin Ling | Liu Su-hua | Liu Zheng-ping | Wei Yan-min
Qi Jing-hua | Wu Jun | Xu Yi-qing | Wang Fang | Pang Mei-xia | Huang Man-qing
J. Gomes-Laranjo | P. Almeida | J. Ferreira-Cardoso | F. Peixoto
S.C.S. Bueno | T. Tokunaga | A.J. Berti | E.L. Coutinho | A.H. Maia | O.K. Yamanishi
G. Ferreira | G.R. Santos | P.N. Costa | S.C.S. Bueno | M.M. Mischan | O.K. Yamanishi
Zheng Cheng-le | Pan Dong-ming | Zhang Dai-cheng | Wu Xian-zhi | Lv Jia-min | Yu Xiao-qu | Wu Feng-fu | Zheng Jiu-he
Zheng Cheng-le | Pan Teng-fei | Pan Dong-ming | Wu Xian-zhi
L.-T. Dinis | A. Luzio | J. Ferreira-Cardoso | F. Peixoto | R. Costa | J. Gomes-Laranjo
Li Guo-tian | Ai Cheng-xiang | Zhang Li-si | Wei Hai-rong | Liu Qing-zhong
N. Islam-Faridi | C.D. Nelson | P.H. Sisco | T.L. Kubisiak | F.V. Hebard | R.L. Paris | R.L. Phillips
Guochen Yang | Zhongge (Cindy) Lu | T.M. Asante | P.E. Read
P.H. Sisco | R.R. Sederoff | J.P. Tomkins | J.E. Carlson | T.L. Kubisiak | M.E. Staton | F.V. Hebard | S.L. Anagnostakis | W.A. Powell | C.P. Smith
B. Cuenca | L. González | L. Ocaña | M. Rey | M. López | M.V. González
Cao Qing-qin | Yang Kai | Zhen Zhen | Feng Yong-qing | Qin Ling
Ding Ning | Yang Kai | Hua Bao-guang | Shen Yuan-yue | Qin Ling
Chen Jian-Hua | Su Dong-Mei | Zhu Fan | Luo Li-Hua | Yang Ding-Hai
D. Torello Marinoni | M.G. Mellano | P. Guaraldo | A. Akkak | G. Bounous | R. Botta
G.S. Germinara | A. De Cristofaro | G. Rotundo | B. Paparatti | S. Speranza | E. Stacchiotti
B. Cuenca | M.R. Fernández | L. Ocaña | C. Salinero | C. Pintos | J.P. Mansilla | C. Rial
G. Tarcali | L. Radócz | A. Jenei | J. Tóth
A. Vannini | S. Franceschini | G. Vuono | G. Natili | R. Paganini | A.M. Vettraino