The purpose of the work: to reveal the structural peculiarities of the leaf of Bromeliaceae, growing in the different plkaces of inhabitation, which differ in the various biomorphs. The obtained results widen the presentation about the plants adaptation to the epiphyte wey of life. They have been used in reading the courses on the plants ecology, they give a common presentation about the biology of the Bromeliaceae speciesAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio
Plants of "Vaccinium" kind, great bilberry (V. uliginosum L.) belberry (V. myrtillus L.) a...
Studied have been 32 species of the wood-bush plants, family heathers. For the first time, the monog...
In this research, we discovered a number of structural adaptations and informative characteristics f...
This is research of anatomic features of structure of leaf of 4 species of Hemerocallis genus in the...
This is research of anatomic features of structure of leaf of 4 species of Hemerocallis genus in the...
This is research of anatomic features of structure of leaf of 4 species of Hemerocallis genus in the...
The leaf anatomy of the species Aechmea subgenus Macrochordion was analyzed to obtain valuable data ...
The adaptive structural and functional strategies enable plants to survive in variable biotopes. The...
The aim – to study anatomical structure of leaf blade of the genus Begonia L. species and its conne...
The aim – to study anatomical structure of leaf blade of the genus Begonia L. species and its conne...
The aim – to study anatomical structure of leaf blade of the genus Begonia L. species and its conne...
The object of investigation: the leaves of 18 close-akin species of a trefoil. The purpose of the wo...
The investigation of morphological and anatomical structure of leaves for some species of section Br...
Comparative analysis of the anatomical leaf structure of 13 species of the genus Neoregelia has done...
Comparative analysis of the anatomical leaf structure of 13 species of the genus Neoregelia has done...
Plants of "Vaccinium" kind, great bilberry (V. uliginosum L.) belberry (V. myrtillus L.) a...
Studied have been 32 species of the wood-bush plants, family heathers. For the first time, the monog...
In this research, we discovered a number of structural adaptations and informative characteristics f...
This is research of anatomic features of structure of leaf of 4 species of Hemerocallis genus in the...
This is research of anatomic features of structure of leaf of 4 species of Hemerocallis genus in the...
This is research of anatomic features of structure of leaf of 4 species of Hemerocallis genus in the...
The leaf anatomy of the species Aechmea subgenus Macrochordion was analyzed to obtain valuable data ...
The adaptive structural and functional strategies enable plants to survive in variable biotopes. The...
The aim – to study anatomical structure of leaf blade of the genus Begonia L. species and its conne...
The aim – to study anatomical structure of leaf blade of the genus Begonia L. species and its conne...
The aim – to study anatomical structure of leaf blade of the genus Begonia L. species and its conne...
The object of investigation: the leaves of 18 close-akin species of a trefoil. The purpose of the wo...
The investigation of morphological and anatomical structure of leaves for some species of section Br...
Comparative analysis of the anatomical leaf structure of 13 species of the genus Neoregelia has done...
Comparative analysis of the anatomical leaf structure of 13 species of the genus Neoregelia has done...
Plants of "Vaccinium" kind, great bilberry (V. uliginosum L.) belberry (V. myrtillus L.) a...
Studied have been 32 species of the wood-bush plants, family heathers. For the first time, the monog...
In this research, we discovered a number of structural adaptations and informative characteristics f...