Growth and reproduction in Pinus sibirica ecotypes from Western Siberia in a common garden experiment

Zhuk, Evgeniya; Горошкевич, С. Н.

doi:10.1007/s11056-017-9611-7

Cited by 6 publications

(6 citation statements)

References 37 publications

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“…(Acevedo‐Rodríguez et al., 2006), for which provenances from higher latitudes/elevations flush earlier in common gardens than populations from lower latitudes/elevation, the opposite trend being observed in situ (Gauzere et al., 2020; Vitasse et al., 2009a). Zhuk and Goroshkevich (2018) recently identified trends in the variation of reproductive traits in Pinus sibirica along latitudinal gradients that resembled counter‐gradient patterns.…”

Section: Discussionmentioning

confidence: 99%

“…Studies investigating the environmental and genetic determinism of reproduction in forest trees are scarce, with most previous investigations focusing on other life‐history traits characterizing tree fitness, such as growth. Studies addressing the genetic and phenotypic gradients for both categories of traits in trees are even rarer, the most notable exception being the study by Zhuk and Goroshkevich (2018). Here, we aimed to perform a joint dissection of the environmental and genetic sources of variation for both reproductive and growth traits and to demonstrate the existence of significant genetic differentiation for both types of trait along the elevation gradient.…”

Section: Discussionmentioning

confidence: 99%

“…Santos‐del‐Blanco et al., (2012) reported genetic variation for size at first reproduction between populations of Pinus pinaster . Zhuk and Goroshkevich (2018) compared reproduction and growth in Pinus sibirica populations spread along a latitudinal gradient. Few studies have been performed in grassland ecosystems, and those published have reported conflicting results: no local adaptation was observed in three species in the Alps (Frei et al., 2014), whereas significant genetic differentiation for reproductive investment was found in Poa alpina (Fischer et al., 2011; Hautier et al., 2009), Arabis alpina (de Villemereuil et al, 2018) and Festuca eskia (Gonzalo‐Turpin & Hazard, 2009).…”

Section: Introductionmentioning

confidence: 99%

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Counter‐gradient variation of reproductive effort in a widely distributed temperate oak

et al. 2021

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The genetic and phenotypic variability of life‐history traits determines the demographic attributes of tree populations and, thus, their responses to anthropogenic climate change. Growth‐ and survival‐related traits have been widely studied in forest ecology, but little is known about the determinism of reproductive traits. Using an elevation gradient experiment in the Pyrenees, we assessed the degree to which variations in reproductive effort along climatic gradients are environmentally or genetically driven, by comparing oak populations (Quercus petraea) growing under field and common garden conditions. In situ monitoring revealed a decline in reproductive effort with increasing elevation and decreasing temperature. In common garden conditions, significant genetic differentiation was observed between provenances for reproduction and growth: trees from cold environments (high elevations) grew more slowly, and produced larger acorns in larger numbers. Our observations show that genetic and phenotypic clines for reproductive traits have opposite signs (counter‐gradient) along the environmental gradient as opposed to growth, for which genetic variation parallels phenotypic variation (co‐gradient). The counter‐gradient found here for reproductive effort reveals that genetic variation partly counteracts the phenotypic effect of temperature, moderating the change in reproductive effort according to temperature. We consider the possible contribution to this counter‐gradient in reproductive effort as an evolutionary trade‐off between reproduction and growth. A free Plain Language Summary can be found within the Supporting Information of this article.

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Section: Discussionmentioning

confidence: 99%

Section: Discussionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Counter‐gradient variation of reproductive effort in a widely distributed temperate oak

et al. 2021

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“…Бочаров Институт мониторинга климатических и экологических систем СО РАН Россия, 634055, Томск, пр. Академический, 10/3 Целью работы было проанализировать внутри-и межвидовое разнообразие по динамике радиального роста у вегетативного потомства трех евроазиатских видов 5-хвойных сосен (Pinus sibirica Du Tour, P. koraiensis Siebold&Zucc., P. cembra L.) (Oleksyn et al, 2001;Isik et al, 1999;Chuine et al, 2006), а высота и диаметр ствола меньше, чем у деревьев из теплых местообитаний (Savva et al, 2007;Zhuk, Goroshkevich, 2018 (Amodei et al, 2013) и P. cembra L. (Pfeifer et al, 2005) была установлена связь радиального роста с уровнем осадков весны и лета и с теплообеспеченностью лета и осени, для P. cooperi Blanco -с осадками и теплообеспеченностью зимы (Pompa-García et al, 2013), причем связь с климатическими переменными часто варьирует в зависимости от конкретного местообитания (Bogino et al, 2009;Bhuta et al, 2009 (Savva et al, 2008). У вегетативного потомства часто наблюдается явление несовместимости привоя и подвоя, особенно у гетеропластических прививок, что происходит по причине разной скорости роста привоя и подвоя (Jayawickrama et al, 1991;Савва и др., 2004 (Holmes, 1983) и графической перекрестной датировки (Douglass, 1919 (Шиятов, 1986; Ваганов и др., 1996); данные характеристики были получены с помощью программы ARSTAN (Cook, 1985).…”

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“…Однако уровень внутривидовой изменчивости может существенно различаться. Например, в экспериментах ex situ у Pinus sylvestris (Oleksyn et al, 1998), Picea glauca (Lu et al, 2014) и Pinus sibirica (Zhuk, Goroshkevich, 2018) Канаде (Savva et al, 2007).…”

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Radial Growth of Eurasian Species of Five-Needle Pines in the Clone Archive in the South of the Tomsk Oblast

V.¹,

A.²,

Y.³

2018

J. Sib. Fed. Univ., Biol.

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The aim of the work was to analyze intra-and interspecific variations in radial growth dynamics of vegetative progeny from three Eurasian 5-needle pine species (Pinus sibirica Du Tour, P. koraiensis Siebold&Zucc., P. cembra L.). The object of the study was the 21-year-old vegetative progeny from six Siberian stone pine ecotypes, three Korean pine ecotypes, and one Swiss stone pine ecotype created by grafting the scions from parental trees on the local Siberian stone pine rootstock, which were grown under similar conditions in the south of the Tomsk Oblast, Russia. The variation among the species was quite substantial: radial increment of the Swiss stone pine was almost twice as great as that of the Siberian stone pine, and radial growth of the Korean pine was intermediate. The Siberian stone pine had the highest level of intraspecific variation, and the Korean pine had a lower level. In general, the annual ring width of both species decreased from the southern ecotype to the northern ecotype. Strong incompatibility was observed between scion and rootstock when the Korean pine was grafted on the Siberian stone pine; the other combinations were quite compatible. The interannual variations in the radial increment were determined by the local environmental and climatic conditions rather than by the origin of the parent trees. All three species showed a significant positive correlation between the residual growth indices and the April temperature and the July precipitation.

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Earlywood structure of evergreen conifers near forest line is habitat driven but latewood depends on species and seasons

Zhirnova

Belokopytova

Babushkina

et al. 2020

Trees

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Growth and reproduction in Pinus sibirica ecotypes from Western Siberia in a common garden experiment

Cited by 6 publications

References 37 publications

Counter‐gradient variation of reproductive effort in a widely distributed temperate oak

Counter‐gradient variation of reproductive effort in a widely distributed temperate oak

Radial Growth of Eurasian Species of Five-Needle Pines in the Clone Archive in the South of the Tomsk Oblast

Earlywood structure of evergreen conifers near forest line is habitat driven but latewood depends on species and seasons

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