Add to ORKGTo predict the influence of global warming on high-mountain plants, we have started an experiment on Mt. Kisokomagatake (2956 m), the Central Japanese Alps, using the ITEX (International Tundra Experiment) method. Four small greenhouses (OTC: open-top-chamber) were set up in May 1995 to cover two alpine species: Arctous alpinus var. japonica and Diapensla lapponica. The temperatures at plant height and the ground were measured in each OTC as well as a control plot without OTC. The average temperature in OTCs was higher than that in the control plot by 0.9℃. In accordance with the temperature enhancement, the plants in OTCs underwent some phenological changes during the summer of 1995. The duration from the leaf emergence to the beginning of...
In alpine habitats, predicted warmer and longer growing seasons will influence plant phenology, with...
Plant communities in the European Alps are assumed to be highly affected by climate change since tem...
In alpine habitats, predicted warmer and longer growing seasons will influence plant phenology, with...
To predict the influence of global warming on high-mountain plants, we have started an experiment on...
Abstract: To predict the influence of global warming on high-mountain plants, we have started an exp...
Two mini-open top chambers (OTCs) were installed at a high elevation site of 2850 m above sea level ...
The short-term effects of artificial warming on phenology, growth and leaf traits were investigated ...
To determine the effect of wind on alpine plants, we set up five wind-shields (called WS) on a wind-...
The likely phenological responses of plants to climate warming can be measured through experimental ...
The timing of the snowmelt is a crucial factor in determining the phenological schedule of alpine pl...
This study evaluated effects of climate change on individual functional traits of mountain plant spe...
Phenological modification is one of the most serious effects of global warming on ecosystems with cl...
We examined the effects of short term artificial warming from 4 July to 19 September 1996 (78 days) ...
Abstract: We examined the effects of short term artificial warming from 4 July to 19 September 1996 ...
Although there is abundant evidence that plant phenology is shifting with climatic warming, the magn...
In alpine habitats, predicted warmer and longer growing seasons will influence plant phenology, with...
Plant communities in the European Alps are assumed to be highly affected by climate change since tem...
In alpine habitats, predicted warmer and longer growing seasons will influence plant phenology, with...
To predict the influence of global warming on high-mountain plants, we have started an experiment on...
Abstract: To predict the influence of global warming on high-mountain plants, we have started an exp...
Two mini-open top chambers (OTCs) were installed at a high elevation site of 2850 m above sea level ...
The short-term effects of artificial warming on phenology, growth and leaf traits were investigated ...
To determine the effect of wind on alpine plants, we set up five wind-shields (called WS) on a wind-...
The likely phenological responses of plants to climate warming can be measured through experimental ...
The timing of the snowmelt is a crucial factor in determining the phenological schedule of alpine pl...
This study evaluated effects of climate change on individual functional traits of mountain plant spe...
Phenological modification is one of the most serious effects of global warming on ecosystems with cl...
We examined the effects of short term artificial warming from 4 July to 19 September 1996 (78 days) ...
Abstract: We examined the effects of short term artificial warming from 4 July to 19 September 1996 ...
Although there is abundant evidence that plant phenology is shifting with climatic warming, the magn...
In alpine habitats, predicted warmer and longer growing seasons will influence plant phenology, with...
Plant communities in the European Alps are assumed to be highly affected by climate change since tem...
In alpine habitats, predicted warmer and longer growing seasons will influence plant phenology, with...