Establishing windbreaks: how rapidly do the smaller tree transplants reach the height of the larger ones?

To chci

The aim of this study is to identify a period of time over which smaller, less costly tree transplants can reach the height of larger tree transplants and thus offset their performance. The following Central European native tree species were used: Quercus robur L., Carpinus betulus L., Fraxinus excelsior L., Acer campestre L., Acer pseudoplatanus L., Tilia cordata Mill. and Prunus avium L. In the period after planting, the best growth was observed for small tree transplants. These transplants reached the height of the medium-sized tree transplants for all species except C. betulus. However, the large transplants of A. campestre, F. excelsior and P. avium were still significantly taller than the medium-sized transplants ten years after planting. In contrast, slow growth was observed for the large tree transplants of C. betulus and Q. robur. During the monitoring period, the height of the medium-sized transplants of C. betulus even exceeded the height of the large transplants of this species. These differences suggest that the differences in the establishment rates of individual species are reflected in the growth rates of their plantations during longer periods after planting. … celý popis

Podrobná bibliografie

Hlavní autor

Jiří Dostálek

Další autoři

M. Weber
T. Frantík

Typ dokumentu

Články

Fyzický popis

10 il.

Publikováno v

Journal of Forest Science. -- ISSN 1212-4834. -- Roč. 60, č. 1 (2014), s. 12-17

Témata

FOREST STANDS

LAND MANAGEMENT

EXPERIMENTAL DESIGN

GENETIC SOIL TYPES

SOIL CHEMICOPHYSICAL PROPERTIES

CHERNOZEMS

Hydraulic conductivity

ALLUVIAL SOILS

ARBORICULTURE

QUERCUS ROBUR

CARPINUS BETULUS

FRAXINUS EXCELSIOR

ACER CAMPESTRE

ACER PSEUDOPLATANUS

TILIA CORDATA

PRUNUS AVIUM

FOREST PLANTATIONS

PLANT NURSERIES

TRANSPLANTING

SHADING

Shade trees

SETS

HEIGHT

GROWTH

BIOLOGICAL DEVELOPMENT

Klapý (Česko)

2001-2011

lesní porosty

obhospodařování pozemků

experimentální design

genetické půdní typy

chemickofyzikální půdní vlastnosti

černozemě

hydraulická vodivost

aluviální půdy

pěstování stromů

Quercus robur

Carpinus betulus

Fraxinus excelsior

Acer campestre

Acer pseudoplatanus

Tilia cordata

Prunus avium

lesní výsadby

rostlinné školky

přesazování

zastiňování

zastiňovací stromy

sadba

výška

růst

biologický vývoj

Popis jednotky

8 grafů, 2 tabulky

Bibliografie

Literatura na s. 16-17,