This bachelor's theses focuses on the phenomenon of heterostyly, which is an extraordinary feature of several representatives of plants from Angiosperm group like primroses /Primula/, based on two or three simultaneously occuring forms of one species, and expresses itself by opposite height configuration of anthers and stigmas, and that supports a reciprocal pollination and decreases a risk of self-pollination. The introduction in the beginning of the theses compares heterostyly with another various adaptations, which Angiosperms use them to avoid self-pollination. Further, the theses is divided to topical chapters, such as occurence and types of heterostyly (distyly, tristyly), and there are also many mentions about history of research of ...
Polyploidy is one of the crucial evolutionary factors in the evolution of vascular plants. Polyploid...
The evolution of wind pollination (anemophily) has occurred at least 65 times in the flowering plant...
Some plants exhibit mixed mating, in which individual plants utilize both cross and self-fertilizati...
Different strategies to reduce selfing and promote outcrossing have evolved in hermaphroditic flower...
Abstract Here, we review recent progress on the evolutionary history, functional ecology, genetics a...
Background and Aims Heterostyly is a floral polymorphism that has fascinated evolutionary biologists...
The genetic basis and evolutionary significance of floral heteromorphy in Primula has been debated f...
Premise of research. Self-compatibility is a requirement for reproductive assurance via selfing and ...
The family Orchidaceae is very diverse; it is characterized by specialized strategies for attracting...
This thesis examines the role pollinators have played in the diversification of flowering plants. T...
TWIT, primrose is one of the heterostylio species of Primula, the flowers being either "thrum &...
Most heterostylous plants possess a reciprocal arrangement of stigmas and anthers (reciprocal herkog...
A plant capable of reproducing by cross- and self-fertilization is known to have a mixed mating syst...
A plant capable of reproducing by cross- and self-fertilization is known to have a mixed mating syst...
This PhD is focused around the deep evolutionary history of floral-organ identity MADS-box genes. MA...
Polyploidy is one of the crucial evolutionary factors in the evolution of vascular plants. Polyploid...
The evolution of wind pollination (anemophily) has occurred at least 65 times in the flowering plant...
Some plants exhibit mixed mating, in which individual plants utilize both cross and self-fertilizati...
Different strategies to reduce selfing and promote outcrossing have evolved in hermaphroditic flower...
Abstract Here, we review recent progress on the evolutionary history, functional ecology, genetics a...
Background and Aims Heterostyly is a floral polymorphism that has fascinated evolutionary biologists...
The genetic basis and evolutionary significance of floral heteromorphy in Primula has been debated f...
Premise of research. Self-compatibility is a requirement for reproductive assurance via selfing and ...
The family Orchidaceae is very diverse; it is characterized by specialized strategies for attracting...
This thesis examines the role pollinators have played in the diversification of flowering plants. T...
TWIT, primrose is one of the heterostylio species of Primula, the flowers being either "thrum &...
Most heterostylous plants possess a reciprocal arrangement of stigmas and anthers (reciprocal herkog...
A plant capable of reproducing by cross- and self-fertilization is known to have a mixed mating syst...
A plant capable of reproducing by cross- and self-fertilization is known to have a mixed mating syst...
This PhD is focused around the deep evolutionary history of floral-organ identity MADS-box genes. MA...
Polyploidy is one of the crucial evolutionary factors in the evolution of vascular plants. Polyploid...
The evolution of wind pollination (anemophily) has occurred at least 65 times in the flowering plant...
Some plants exhibit mixed mating, in which individual plants utilize both cross and self-fertilizati...