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Full-Text Articles in Forest Sciences
Determination Of Genetic Diversity Among Some Naturally Growing Arbutus Andrachne L.Genotypes In Türkiye Using Morphological, Biochemical, And Molecular Markers, Ni̇lda Ersoy, Ramazan Süleyman Göktürk, Emi̇ne Orhan, Mustafa Erkan, İbrahi̇m Baktir, Hali̇l İbrahi̇m Sağbaş
Determination Of Genetic Diversity Among Some Naturally Growing Arbutus Andrachne L.Genotypes In Türkiye Using Morphological, Biochemical, And Molecular Markers, Ni̇lda Ersoy, Ramazan Süleyman Göktürk, Emi̇ne Orhan, Mustafa Erkan, İbrahi̇m Baktir, Hali̇l İbrahi̇m Sağbaş
Turkish Journal of Agriculture and Forestry
The strawberry tree (Arbutus andrachne L.) is a wild edible fruit that grows naturally in the Mediterranean climate zone, including Türkiye. In this study, the genetic morphological, biochemical, and genetic diversity of 10 superior strawberry tree genotypes growing naturally in Antalya Province in Türkiye were investigated. Morphological and biochemical characterization were performed based on some important fruit characteristics. In addition, genetic variation was detected at the molecular level using simple sequence repeat (SSR) markers. The genotypes exhibited fruit weight, width, length, and shape index values of 1.22–2.12 g, 12.07–15.28 mm, 10.15–14.24 mm, and 0.99–2.22, respectively. The biochemical parameters soluble solid …
Regeneration Strategies And Forest Resilience To Changing Fire Regimes: Insights From A Goldilocks Model, Tanjona Ramiadantsoa, Zak Ratajczak, Monica G. Turner
Regeneration Strategies And Forest Resilience To Changing Fire Regimes: Insights From A Goldilocks Model, Tanjona Ramiadantsoa, Zak Ratajczak, Monica G. Turner
Aspen Bibliography
Disturbances are ubiquitous in ecological systems, and species have evolved a range of strategies to resist or rebound following disturbance. Understanding how the presence and complementarity of regeneration traits will affect community responses to disturbance is increasingly urgent as disturbance regimes shift beyond their historical ranges of variability. We define "disturbance niche" as a species' fitness across a range of disturbance sizes and frequencies that can reflect the fundamental or realized niche, that is, whether the species occurs alone or with other species. We developed a model of intermediate complexity (i.e., a Goldilocks model) to infer the disturbance niche. We …