Changes in bark morphology at the pre-reproductive stage of Karelian birch are for the first time considered in connection with the type of trunk surface. The bark surface in Karelian birch changes with age from smooth to fissured. At the pre-reproductive stage Karelian birch has smooth bark with different types of exfoliation of the phellem surface layers, and tubercular specimens feature locally fissured bark on muffs at the very onset of their formation, as well as early rhytidome formation. Morphology of the bark tissues complex is a reflection of direction and intensity of the internal processes of the plant
Anatomical and histometrical investigations were carried out on bark tissues (non-collapsed and col...
The Fennoscandian birch population primarily consists of Betula nana, B. pendula and B. pubescens ss...
The data of comparative-anatomical study of structure of stem bark of two vicarious species (Populus...
Resultats of seed germination and seedling develop ment of birches investigation at cotyledonary sta...
Qualitative and quantitative changes in bark tissues of the fir (Abies alba) connected with the long...
Freshly harvested outer birch bark is a pliable, leather-like material, but within a short period it...
The bark is smooth and gray, with a sinewy muscle-like texture. Notice the fluted (rounded lengthwis...
Betula pendula Roth, and a number of other species of the genus are known to excrete resinous chemi...
Due to the technogenic transformation of ecotopes of ash and slag dumps of Burshtyn TPP, bioindicati...
The regularities of the process of secondary sclerification of secondary phloem were investigated. A...
The sclerification process in bark tissues of common fir (Abies alba Mill.) has been described. The ...
The genus birch (Betula) consists of woods that grow nearly on the whole northern hemisphere. They h...
Plant polyploidization changes its leaf morphology and leaf development patterns. Understanding chan...
Red heartwood, a dark nonhomogenous discolouration in paper birch trees ( Betula papyrifera Marsh.),...
Bark morphology was found useful in distinguishing between some tropical tree species, especially du...
Anatomical and histometrical investigations were carried out on bark tissues (non-collapsed and col...
The Fennoscandian birch population primarily consists of Betula nana, B. pendula and B. pubescens ss...
The data of comparative-anatomical study of structure of stem bark of two vicarious species (Populus...
Resultats of seed germination and seedling develop ment of birches investigation at cotyledonary sta...
Qualitative and quantitative changes in bark tissues of the fir (Abies alba) connected with the long...
Freshly harvested outer birch bark is a pliable, leather-like material, but within a short period it...
The bark is smooth and gray, with a sinewy muscle-like texture. Notice the fluted (rounded lengthwis...
Betula pendula Roth, and a number of other species of the genus are known to excrete resinous chemi...
Due to the technogenic transformation of ecotopes of ash and slag dumps of Burshtyn TPP, bioindicati...
The regularities of the process of secondary sclerification of secondary phloem were investigated. A...
The sclerification process in bark tissues of common fir (Abies alba Mill.) has been described. The ...
The genus birch (Betula) consists of woods that grow nearly on the whole northern hemisphere. They h...
Plant polyploidization changes its leaf morphology and leaf development patterns. Understanding chan...
Red heartwood, a dark nonhomogenous discolouration in paper birch trees ( Betula papyrifera Marsh.),...
Bark morphology was found useful in distinguishing between some tropical tree species, especially du...
Anatomical and histometrical investigations were carried out on bark tissues (non-collapsed and col...
The Fennoscandian birch population primarily consists of Betula nana, B. pendula and B. pubescens ss...
The data of comparative-anatomical study of structure of stem bark of two vicarious species (Populus...