Abstract

Tilia cordata Mill. is a minor European broadleaved species with a wide but scattered distribution. Given its scarcity and low value in the wood market, it has received little attention from researchers and forest managers. This review summarizes the main aspects of T. cordata ecology and growth. Its main limiting factor is its need for warm summer temperatures to ensure successful seed production. It has a height growth pattern relatively similar to that of Acer pseudoplatanus L., with a slight delay in the early stages. Yield tables report great productivity, especially in eastern Europe. T. cordata used to be a major species in Europe, in contrast to its present distribution, but it is very likely to receive renewed interest in the future. Indeed, with the potential change of competition between species in some regions and the need for important diversification in others, T. cordata may play an important role in forest adaptation to climate change, especially owing to its wide ecological tolerance and its numerous ecosystem services. It is necessary to increase our knowledge about its regeneration and its responses to environmental and silvicultural factors, to establish clear management recommendations.

Highlights

  • Climate change is recognized as the major cause of current changes in the distribution of some species [1,2,3]

  • Forest management in recent centuries has greatly influenced the composition of the vegetal communities in favor of a small set of tree species with a high commercial value, such as Picea abies (L.) Karst., Fagus sylvatica L., and Quercus spp., which have been shown to be potentially vulnerable to the effects of climate change [7,8,9]

  • T. cordata is associated with a set of companion species (e.g., A. pseudoplatanus, B. pendula, P. avium, Sorbus sp.) in secondary forests dominated by Quercus sp. and Carpinus betulus L., resulting from the alteration of F. sylvatica potential climax by forest managers [39,85]

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Summary

Introduction

Climate change is recognized as the major cause of current changes in the distribution of some species [1,2,3]. Forests 2016, 7, 56 value in the future, and by increasing forest diversity, lower the risks from climate uncertainty Among these species, T. cordata may be valuable in a changing climate for its broad ecological amplitude, drought tolerance, and numerous silvicultural benefits that it brings to mixed stands [11]. The originality of this review is to deduce from this information the response of T. cordata to the changing environment, and its future perspectives with climate change Using this approach for T. cordata, we intend to draw attention to the potential of many scattered tree species by highlighting the opportunities that they represent for the future of forest management

Temperature
Water Supply
Soil Nutrients
Light Requirements
Growth and Productivity
Height Growth
Diameter
Volume Growth and Productivity
Regeneration
Generative Reproduction
Vegetative Reproduction
Hybridization
Phenology
Health and Robustness
Genetic Resources
Natural Areas
Local Distribution and Abundance
Mixed Stands and Ecosystem Services
Basic Wood Properties and Use
Bole Forming
Plantations
Past Dominance and Decline
Current Climate Change
Potential Future Distribution
Opportunities
Findings
Conclusions
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