^ШХР: *https://bsppjournals.onlinelibrary.wiley.com/loi/13653059 (https://bsppjournals.onlinelibrary.wiley.com/loi/13653059)
^АВТ: Narouei-Khandan H.A.; Worner S.P. ; Viljanen S.L.H.; Bruggen A.H.C.van; Jones E.E.
^ЗГЛ: Projecting the suitability of global and local habitats for myrtle rust (Austropuccinia psidii) using model consensus [Прогнозирование пригодности глобальных и локальных местообитаний для возбудителя ржавчины миртовых Austropuccinia psidii на основе консенсуса моделей. (Новая Зеландия. США)]
^ВЫХ: Plant Pathology, 2020; Vol.69,N 1. - P. 17-27
^ДАТ: 2020
^ПРМ: Bibliogr.:p.26-27
+Реферат:

^РЕФ: Myrtle rust (caused by Austropuccinia psidii) affects more than 500 known host species in the Myrtaceae family. Three different modelling approaches (CLIMEX, MaxEnt and Multi-Model Framework) were used to project the habitat suitability for myrtle rust at both global and local scales. Current data on the global occurrence of myrtle rust were collected from online literature and expert solicitation. Long-term averages of climate data (1960-1990) were sourced from WorldClim and CliMond websites. Recent reports of myrtle rust in New Zealand were used for validation of model outputs but not in model training and testing. The model outputs were combined into a consensus model to identify localities projected to be suitable for myrtle rust according to two or three models (hotspots). In addition to the locations where the pathogen is currently present, all models successfully projected independent occurrence data in New Zealand suitable for establishment of the pathogen. Climate suitability for the pathogen was primarily related to temperature followed by rainfall in MaxEnt and the CLIMEX model. The results confirmed the optimum temperature range of this pathogen in the literature (15-25 °C). Additional analysis of the precipitation variables indicated that excessive rain (more than 2000 mm in warmest quarter of the year) combined with high temperatures (>30 °C) constrain pathogen establishment. The results of the current study can be useful for countries such as New Zealand, China, South Africa and Singapore where the pathogen has not fully spread or established. aref1

^TRN: 1922827
^ВИД: Статья из книги
^ЯЗК: Английский
+Индексирование:
^РУБ: 68_37_31_19_28
^УДК: 632.484.21
^ТЕР: MYRTACEAE [МИРТОВЫЕ]. РЖАВЧИНА РАСТЕНИЙ. AUSTROPUCCINIA PSIDII [BULLARIA PSIDII; DICAEOMA PSIDII; PUCCINIA PSIDII]. ГЕОГРАФИЧЕСКОЕ РАСПРОСТРАНЕНИЕ [ГЕОГРАФИЧЕСКОЕ РАСПРЕДЕЛЕНИЕ]. ПРОГНОЗИРОВАНИЕ (Forecasting). МОДЕЛИ (Models). МОДЕЛИРОВАНИЕ. МЕСТООБИТАНИЕ [МЕСТА ОБИТАНИЯ]. НОВАЯ ЗЕЛАНДИЯ (New Zealand). США (USA).
^РТЗ: AUSTROPUCCINIA. BASIDIOMYCOTINA [BASIDIOMYCETES]. EUMYCOTA. UREDINALES [РЖАВЧИННЫЕ ГРИБЫ]. АМЕРИКА (Americas). БИОГЕОГРАФИЯ (Biogeography). БОЛЕЗНИ РАСТЕНИЙ (Plant diseases). ГЕОГРАФИЯ (Geography). ГРИБНЫЕ БОЛЕЗНИ РАСТЕНИЙ [МИКОЗЫ РАСТЕНИЙ]. ИНФЕКЦИОННЫЕ БОЛЕЗНИ РАСТЕНИЙ. МЕТОДЫ (Methods). НАУКИ (science). ОКЕАНИЯ (Oceania). РАСПРОСТРАНЕНИЕ. СЕВЕРНАЯ АМЕРИКА (North America). СРЕДА ОБИТАНИЯ. СТРАНЫ АТЭС. СТРАНЫ МИРА.

—