Vriesea species are tank-type Bromeliaceae, mainly occurring as epiphytes. With their absorbing trichomes and their leaves arranged into water and nutrient catching tanks, they are able to thrive in tree canopies where water and nutrient uptake by the roots is limited. However, when commercially cultivated in greenhouses as ornamentals these plants grow in a very different environment: they are offered ample water and nutrients, and their roots develop in horticultural substrates. This study shows that under commercial cultivation conditions, Vriesea cultivars take up water and nutrients both by their roots and their leaf trichomes. As plants develop throughout the production cycle the relative share of water and nutrient uptake by the roo...
Epiphytic bromeliads create ?tanks? of water through the overlay of their leaves at the base of the ...
Bromeliad breeders and growers in Belgium and the Netherlands report severe losses due to leaf ‘tubi...
Aims One critical challenge for plants is to maintain an adequate nutrient supply under fluctuating ...
Vriesea species are tank-type Bromeliaceae, mainly occurring as epiphytes. With their absorbing tric...
Guzmania and Vriesea (Bromeliaceae) are tough plants, resistant to drought and scarce nutrient suppl...
Guzmania and Vriesea (Bromeliaceae) are tough plants, resistant to drought and scarce nutrient suppl...
International audienceThe water and nutrient uptake mechanisms used by vascular epiphytes have been ...
International audiencePurpose: Members of the plant family Bromeliaceae can uptake nutrients directl...
Drought can quickly alter physiological processes in plants not adapted to such conditions. Epiphyt...
Epiphytic plants grow on other plants, away from ground soil. The bromeliad family (Bromeliaceae) pr...
Bromeliads, particularly those with a water-holding tank formed by leaves, act as amplifiers of biod...
1. Understanding the water-use of plants is timely under increasing drought stress due to climate ch...
Bioenergy crops are expected to provide biomass as a replacement for fossil resources, but their imp...
Depending on the N source and plant ontogenetic state, the epiphytic tank-forming bromeliad Vriesea ...
Water uptake is a challenge for crops growing in regions where sandy soils and low rainfalls are fre...
Epiphytic bromeliads create ?tanks? of water through the overlay of their leaves at the base of the ...
Bromeliad breeders and growers in Belgium and the Netherlands report severe losses due to leaf ‘tubi...
Aims One critical challenge for plants is to maintain an adequate nutrient supply under fluctuating ...
Vriesea species are tank-type Bromeliaceae, mainly occurring as epiphytes. With their absorbing tric...
Guzmania and Vriesea (Bromeliaceae) are tough plants, resistant to drought and scarce nutrient suppl...
Guzmania and Vriesea (Bromeliaceae) are tough plants, resistant to drought and scarce nutrient suppl...
International audienceThe water and nutrient uptake mechanisms used by vascular epiphytes have been ...
International audiencePurpose: Members of the plant family Bromeliaceae can uptake nutrients directl...
Drought can quickly alter physiological processes in plants not adapted to such conditions. Epiphyt...
Epiphytic plants grow on other plants, away from ground soil. The bromeliad family (Bromeliaceae) pr...
Bromeliads, particularly those with a water-holding tank formed by leaves, act as amplifiers of biod...
1. Understanding the water-use of plants is timely under increasing drought stress due to climate ch...
Bioenergy crops are expected to provide biomass as a replacement for fossil resources, but their imp...
Depending on the N source and plant ontogenetic state, the epiphytic tank-forming bromeliad Vriesea ...
Water uptake is a challenge for crops growing in regions where sandy soils and low rainfalls are fre...
Epiphytic bromeliads create ?tanks? of water through the overlay of their leaves at the base of the ...
Bromeliad breeders and growers in Belgium and the Netherlands report severe losses due to leaf ‘tubi...
Aims One critical challenge for plants is to maintain an adequate nutrient supply under fluctuating ...