Turk J Bot
E-ISSN: 1303-6106
ISSN: 1300-008X

Editor in Chief:

Prof. Dr. Asim KADIOĞLU

Karadeniz Technical University

Associate Editor in Chief:

Assoc. Prof. Dr. Ferhat CELEP

Kırıkkale University

Journal Metrics
Impact Factor (2019) 1.109
5-Year Impact Factor 1.165

• Included in the Science Citation Index Expanded (SCI-E) since 2009

• Published 6 times a year

• Free submission and publication

• Open access

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17 December 2020

Call for Contributions to a Special Issue of Turkish Journal of Botany



Guest Editors

  • Prof. Dr. İsmail Türkan, Department of Biology, Faculty of Science, Ege University, İzmir, Turkey (Email: ismail.turkan@ege.edu.tr)
  • Prof. Dr. Hiroshi Kudoh, Center for Ecological Research, Kyoto University, Otsu, Japan, (Email:kudoh@ecology.kyoto-u.ac.jp )


Adaptation, special genetical features evoked during long evolutionary history, enables organisms to survive in very diverse environments ranging from freezing tundra to burning desert ecosystems on Earth. Accordingly, plants have also different sets of adaptive traits which allow them to live in a particular place or a specific habitat. Their structural and functional characteristics are reflections of long-lasting evolutionary adaptations to the prevalent biotic and abiotic factors in their habitats. Hence, a sudden shift in these factors caused by current climate change may have catastrophic effects not only on plant distribution and survival, but also on agricultural and environmental sustainability and food security, species existence, and conservation of biodiversity. Lowered plant welfare will inevitably lead to a remarkable decrease in natural and agricultural productivity, an increase in greenhouse-gas emissions and degradations of human welfare and livelihoods. Hence, in the face of persistent and worsening climate change; (1) how adaptive morphological, anatomical, physiological and molecular evolutionary patterns, phenotypic plasticity and gene flow will interact to influence population persistence and (2) an understanding the causes and dynamics of natural distribution limits in plants deserve an utmost importance to be highlighted and evaluated  in both basic and applied areas of plant biology. 

By considering these facts, in this special issue, a theme entitled  “Plant Adaptation to Climate Change: From Molecular to Ecosystem Levels”, as a novel understanding, has been chosen and highlighted. Hence, we cordially invite researchers working in the field to submit their review papers and original research articles associated with “all aspects of plant adaptation under changing climate” to this special issue in Turkish Journal of Botany.

 The topics of the issue covers following subtopics:

- morphological adaptations

- anatomy and ultrastructural changes

- physiological adaptations

- photosynthesis

- biochemical adaptations

- molecular responses and underlying mechanisms

- short and long term adaptive phenotypic plasticity and its role to sustain populations

- genetics of phenotypic plasticity

- growth, development, cellular and molecular activities

- plant biotic and abiotic stress responses

- possible threats on genetic  and species diversity

- the genetic basis of plant adaptation to climate change

- the role of gene flow to facilitate adaptive responses to climate change

- effects of climate change in species interactions

-the response of communities and diverse ecosystems to climate change

- ecological processes


For review and opinion papers, please discuss a tentative outline with the editors of the special issue. Article will be published online following acceptance. The deadline for contributions is August 2021 whereas target date for the printed issue to be published is November 2021.