What is a flower and what are its structures? How do the male and female parts operate to produce seed? Monoecious versus dioecious; perfect versus imperfect. Objectives At the completion of this lesson, the student should be able to: Identify the flower as the specialized plant part that allows for sexual reproduction. Know the structures of the flower, including the male and female reproductive features. Describe how the male and female structures operate in allowing for seed development. Differentiate plants that are monoecious or dioecious from plants that have perfect flowers. Know that flower development will occur during a specific time period. Predict the success in seed production given the synchrony and status of the developme...
Plants are sessile organisms that have developed the ability to perceive, anticipate and respond to ...
Some plants exhibit mixed mating, in which individual plants utilize both cross and self-fertilizati...
Flower structure, color pattern and shape reveal a fascinating history of coevolution with physical ...
Looks at how native plant breeders create plants with new combinations of desired traits; the relati...
Creating unique individuals or perfect little clones - Genetics of it all - Peas in Darwin\u27s pods...
An explanation of how hybrid corn is grown and how the monoecious nature of corn is used to manipula...
Inflorescence and its properties have a fundamental influence on the pollinating behavior of pollina...
Part of the Grab and Go With Science series, in this activity, youth will learn to distinguish the p...
The appearance of the first flower is an important event in the life cycle of a plant. After germi...
Question: Which ecological factors favour the transition from perfect flowers to separate male and f...
Many students have few significant experiences investigating flower structure and function, yet are ...
ABSTRACT The evolutionary success of higher plants relies on a very short gametophytic phase, which ...
Abstract Mating by outcrossing plants depends on the frequency and quality of the interaction betwee...
Flowers, the reproductive structures of the approximately 400 000 extant species of flowering plants...
PREMISE OF THE STUDY: Differences in timing of flowering within and among protandrous plants shift t...
Plants are sessile organisms that have developed the ability to perceive, anticipate and respond to ...
Some plants exhibit mixed mating, in which individual plants utilize both cross and self-fertilizati...
Flower structure, color pattern and shape reveal a fascinating history of coevolution with physical ...
Looks at how native plant breeders create plants with new combinations of desired traits; the relati...
Creating unique individuals or perfect little clones - Genetics of it all - Peas in Darwin\u27s pods...
An explanation of how hybrid corn is grown and how the monoecious nature of corn is used to manipula...
Inflorescence and its properties have a fundamental influence on the pollinating behavior of pollina...
Part of the Grab and Go With Science series, in this activity, youth will learn to distinguish the p...
The appearance of the first flower is an important event in the life cycle of a plant. After germi...
Question: Which ecological factors favour the transition from perfect flowers to separate male and f...
Many students have few significant experiences investigating flower structure and function, yet are ...
ABSTRACT The evolutionary success of higher plants relies on a very short gametophytic phase, which ...
Abstract Mating by outcrossing plants depends on the frequency and quality of the interaction betwee...
Flowers, the reproductive structures of the approximately 400 000 extant species of flowering plants...
PREMISE OF THE STUDY: Differences in timing of flowering within and among protandrous plants shift t...
Plants are sessile organisms that have developed the ability to perceive, anticipate and respond to ...
Some plants exhibit mixed mating, in which individual plants utilize both cross and self-fertilizati...
Flower structure, color pattern and shape reveal a fascinating history of coevolution with physical ...