Übersetzung für 'flower development' von Englisch nach Deutsch

flower development

Blütenentwicklung {f}bot.

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two-flower passionflower / passion flower [Passiflora biflora]

Zweiblütige Passionsblume {f}bot.T

Werbung

seep monkeyflower / monkey-flower / monkey flower [Erythranthe lutea, syn.: Mimulus luteus var. nummularius, M. guttatus]

Gelbe Gauklerblume {f}bot.T

Gefleckte Gauklerblume {f}bot.T

Gewöhnliche Gauklerblume {f}bot.T

brideflower / bride flower / bride-flower [Achillea ptarmica, syn.: A. speciosa]

Bertramskraut {n}bot.T

Weißer Dorant {m}bot.T

Bertram-Schafgarbe / Bertramschafgarbe {f}bot.T

Bertrams-Garbe / Bertramsgarbe {f}bot.T

Nies-Schafgarbe / Niesschafgarbe {f}bot.T

(Gewöhnliche) Sumpf-Schafgarbe / Sumpfschafgarbe {f}bot.T

gray-bellied flower-piercer / flower piercer [Am.] [Diglossa carbonaria]

Grauschulter-Hakenschnabel {m}orn.T

grey-bellied flower-piercer / flower piercer [Br.] [Diglossa carbonaria]

Grauschulter-Hakenschnabel {m}orn.T

black-throated flowerpiercer / flower-piercer / flower piercer [Diglossa brunneiventris]

Schwarzkehl-Hakenschnabel {m}orn.T

chestnut-bellied flowerpiercer / flower-piercer / flower piercer [Diglossa gloriosissima]

Maronenbauch-Hakenschnabel {m}orn.T

common flowerbug / flower-bug / flower bug [Anthocoris nemorum]

Gemeine Blumenwanze {f}entom.T

Wald-Lausjäger {m} [Blumenwanzenart]entom.T

moustached flowerpiercer / flower-piercer / flower piercer [Diglossa mystacalis]

Barthakenschnabel {m}orn.T

black flowerpiercer / flower-piercer / flower piercer [Diglossa humeralis]

Schwarzbauch-Hakenschnabel {m}orn.T

Mérida flowerpiercer / flower-piercer / flower piercer [Diglossa gloriosa]

Méridahakenschnabel {m}orn.T

European globeflower / globe-flower / globe flower [Trollius europaeus]

(Europäische) Trollblume {f}bot.T

• In "Arabidopsis", which has been used as a model for understanding flower development, the double-flower gene AGAMOUS encodes a protein responsible for tissue specification of stamen and carpel flower segments.
• In "Arabidopsis thaliana" AP2 plays a role in the ABC model of flower development.
• The Floral Genome Project confirmed that the ABC Model of flower development is not conserved across all angiosperms.
• It interacts with the other genes of the ABC model of flower development in a variety of ways.
• The floral homeotic MADS-box genes (such as "AGAMOUS" and "DEFICIENS") participate in the determination of floral organ identity according to the ABC model of flower development.

• Flower development begins when the flat meristem changes from producing leaves to an uplifted, conical meristem capable of producing stem elongation and a cluster of flowers.
• The ABC model of flower development is a scientific model of the process by which flowering plants produce a pattern of gene expression in meristems that leads to the appearance of an organ oriented towards sexual reproduction, a flower.
• The African violet is a day-neutral plant regarding flower development.
• During the late fall to early spring period of growing, watering should be done frequently in order to promote good growth and flower development.
• In angiosperms, during flower development the anther is composed of a mass of cells that appear undifferentiated, except for a partially differentiated dermis.

• The photoperiod seems to be the main determinant of flower development of "P.
• The eggs are laid by short-lived adult wasps into buds of flower heads in the summer, before hatching in May and June when the larvae induce the formation of the grape-like galls and prevent flower development.
• Another project is looking into the regulatory genes controlling cell fate and cell proliferation during flower development.
• For example, "AtNCED2" and "AtNCED9" genes are important in flower development, while "AtNCED6" is important in seed dormancy and development.
• He has combined molecular, genetic and imaging studies with population and ecological models and computational analysis to understand flower development.

• "Arabidopsis" was the first plant to have its genome sequenced, and is frequently used as a model for understanding the molecular biology of many plant traits, including flower development and light sensing.
• Together with his coworkers he has contributed a wealth of empirical data on shoot and leaf development and flower development.
• They also include the MADS-box-containing genes involved in the ABC model of flower development.
• Furthermore, although flower development is induced at warmer temperatures (...), elongation of the flower stalk and proper flowering is dependent on an extended period of low temperature (< [...]).