annals-of-botany
Contrasting effects of yeast and bacteria on floral nectar traits
Guests in flowers can make a location more attractive – or can put off pollinators from visiting.
annals-of-botany
Guests in flowers can make a location more attractive – or can put off pollinators from visiting.
botanyone ·
AoB PLANTS
The sequencing of short standardised pieces of DNA (DNA barcodes) is commonly used to tell species apart. This approach is thought to be of limited value
William Salter ·
featured
How will plants respond to rising carbon dioxide levels in the atmosphere? Botanists at BIFoR, the Birmingham Institute for Forest Research have gone underground to find some of the answers.
Guest Author ·
annals-of-botany
Can more water efficient photosynthesis be induced in plants? Montero and colleagues find Talinum triangulare can switch on CAM photosynthesis.
botanyone ·
Plant Cuttings
Can plants help fight global warming? Nigel Chaffey looks to the roots.
Nigel Chaffey ·
AoB PLANTS
Although several studies on the night-time water use of different plant species have been reported, comparative studies under the same climatic conditions of a region
William Salter ·
annals-of-botany
Wind-pollinated plants rely on the same breezes to deliver pollen. If the problem’s the same for all of them, why do conifers have different shaped cones to catch pollen?
botanyone ·
annals-of-botany
The smaller a plant’s genome, the more likely it is to be invasive? Or so it was thought but newer techniques are casting some doubt on the idea.
botanyone ·
AoB PLANTS
Plants respond not only to the environment in which they find themselves, but also to that of their parents. The combination of within- and trans-generational
William Salter ·
annals-of-botany
Cultivar mixtures have an important role to play in reducing the propagation of diseases, as is evident from the well-documented results of growing mixtures of
botanyone ·
Plant Cuttings
Some saxifrages are almost literally out of this world.
Nigel Chaffey ·
AoB PLANTS
Distyly is a well-known floral syndrome, first identified by Charles Darwin, characterised by the flowers within a population showing reciprocal placement of the anthers and
William Salter ·