Effects of morning vs. evening inoculation on the development of Neonectria ditissima lesions

Q3 Agricultural and Biological Sciences New Zealand Plant Protection Pub Date : 2018-07-30 DOI:10.30843/NZPP.2018.71.208
E. Patrick, Anthea Garmey, L. Turner, R. Campbell, M. Walter
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Abstract

The study of Neonectria ditissima causing European canker in apple trees is often dependent on controlled inoculation of tree wounds and development of canker lesions. This makes the success of the initial inoculation crucial for time-efficient research. The effect of morning vs. evening inoculation on the successful development of canker lesions was investigated. Ninety-six ‘Royal Gala’ trees were inoculated on six different days (February—March 2017), which covered several different weather conditions. On each inoculation day, 16 trees were inoculated on four rasp and four picking wounds, at 10:00 and 19:00 hours. These were then assessed over the following 8 months for presence of disease symptoms. Irrespective of rain (0—4.5 mm rainfall at the day of inoculation), temperature (average daily temperature of 14.8—21.3˚C), and humidity (average daily relative humidity of 59.8—94.2% rH), neither the day nor the hour of inoculation affected symptom development. However, more inoculated wounds developed symptoms in rasp wounds (91%) than in picking wounds (63%). Under the environmental conditions tested, inoculation timing (date and hour) had little effect on N. ditissima symptom expression.
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早接种与晚接种对新冠病毒病变发展的影响
对苹果树溃疡病的研究往往依赖于对树伤的控制接种和溃疡病的发展。这使得初次接种的成功对于省时的研究至关重要。研究了早晚接种对溃疡病成功发展的影响。96棵“Royal Gala”树在6天(2017年2月至3月)接种,覆盖了几种不同的天气条件。接种日,接种16棵树,接种时间分别为10:00和19:00,接种于4个棘刺和4个采摘伤口。然后在接下来的8个月里评估这些人是否出现疾病症状。无论降雨(接种日降雨量0 ~ 4.5 mm)、温度(日平均气温14.8 ~ 21.3℃)和湿度(日平均相对湿度59.8 ~ 94.2% rH)如何,接种日和接种时均不影响症状的发展。然而,接种过疫苗的伤口出现症状的比例在粗糙伤口(91%)高于采摘伤口(63%)。在试验环境条件下,接种时间(接种日期和接种时间)对滴虫病症状表达影响不大。
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来源期刊
New Zealand Plant Protection
New Zealand Plant Protection Agricultural and Biological Sciences-Insect Science
CiteScore
1.10
自引率
0.00%
发文量
8
期刊介绍: New Zealand Plant Protection is the journal of the New Zealand Plant Protection Society. It publishes original research papers on all aspects of biology, ecology and control of weeds, vertebrate and invertebrate pests, and pathogens and beneficial micro-organisms in agriculture, horticulture, forestry and natural ecosystems of relevance to New Zealand.
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