Botany One
Read in
  • ZH
  • DE
  • EN
  • ES
  • FR
  • JA
  • PT
  • Home
  • Home
  • About Us
  • Archive
  • Hot Botany
  • Species Dashboard
  • Trading Card Generator
  • Manage email subscription

Tag

annals-of-botany

Geographical ecology of the palms (Review)

annals-of-botany

Geographical ecology of the palms (Review)

Palms (Arecaceae) are an important element of tropical vegetation across the world and serve as a model system in geographical ecology.Eiserhardt et al. review how

botanyone · 14 Dec 2011

In vitro regenration of peach palm

annals-of-botany

In vitro regeneration of peach palm

Secondary somatic embryogenesis has been postulated to occur during induction of peach palm (Bactris gasipaes) somatic embryogenesis. Steinmacher et al. study this morphogenetic pathway and use

botanyone · 12 Dec 2011

Phylogeny of arecoid palms

annals-of-botany

Phylogeny of arecoid palms

The Arecoideae is the largest, most diverse and most economically important palm subfamily and yet relationships within the group are poorly understood. Baker et al. collect

botanyone · 9 Dec 2011

Shoot apical meristem structure in oil palm

annals-of-botany

Shoot apical meristem structure in oil palm

Oil palm (Elaeis guineensis) is an unbranched palm, possessing a single shoot apical meristem (SAM) that may remain active for more than 100 years. Through histological

botanyone · 7 Dec 2011

Epigenetic floral variant of clonal oil palm (Review)

annals-of-botany

Epigenetic floral variant of clonal oil palm (Review)

The mantled somaclonal variation of oil palm (Elaeis guineensis) hampers oil production as the supernumerary female organs are either sterile or produce fruits with poor oil

botanyone · 5 Dec 2011

Modelling as a tool for tomato ideotyping

annals-of-botany

Modelling as a tool for tomato ideotyping

Manipulation of plant structure can lead to substantial improvements in crop photosynthesis even when leaf area remains the same. Using L-system, Sarlikioti et al. produce

botanyone · 4 Dec 2011

Turbid medium models and light in intercropping

annals-of-botany

Turbid medium models and light in intercropping

Light partitioning within intercropping systems is mostly modelled by using the turbid medium analogy. Barillot et al. assess this approach by comparing it with a light-

botanyone · 1 Dec 2011

Towards a model for cut-rose

annals-of-botany

Towards a model for cut-rose

The production system of cut-rose (Rosa × hybrida) involves a complex combination of plant material, management practice and environment. Using XL programming, Buck-Sorlin et al.

botanyone · 28 Nov 2011

Simulating grazing of a 3-D sward canopy

annals-of-botany

Simulating grazing of a 3-D sward canopy

The productivity and stability of grazed grassland rely on dynamic interactions between the sward and the animal. Combes et al. record 3-D canopy structures of

botanyone · 27 Nov 2011

Modelling crown and wood characteristics of Pinus

annals-of-botany

Modelling crown and wood characteristics of Pinus

Functional–structural tree models can be used not only for biomass and crown architecture modelling, but also for wood properties. Using L-system language, Fernández et

botanyone · 25 Nov 2011

Partitioning model for fruit growth in cucumber

annals-of-botany

Partitioning model for fruit growth in cucumber

In cucumber (Cucumis sativus), imbalances in growth between individual fruits can be related to the partitioning of assimilates. Using L-Studio software, Wiechers et al. develop

botanyone · 23 Nov 2011

Modelling seagrass growth and development

annals-of-botany

Modelling seagrass growth and development

Transplanting seagrasses can help restore ecologically important and threatened marine ecosystems. Based on the L-system formalism, Renton et al. present a functional–structural plant model

botanyone · 21 Nov 2011

← Newer Page 115 of 130 Older →

The week's plant science, in your inbox on Monday.

One email a week, from the nonprofit Annals of Botany Company. Unsubscribe any time.

Read in
  • ZH
  • DE
  • EN
  • ES
  • FR
  • JA
  • PT
  • Sign up
© The Annals of Botany Company