We collected 60 species of Artemisia from 81 sampling sites in 15 provinces in China from the end of July to August 2018. At each site, we recorded latitude and longitude. Then we identified all Artemisia species and randomly sampled 4 plants for each species. A total of 1,041 plants were sampled. In the laboratory, 10 leaves in the middle of each plant were selected and detached. Because light might have effect on leaf morphology, we only used sun exposed leaves. The leaves were soaked in distilled water for 24 h to fully restore their shapes. After blotted-dried, leaves were place as petiole to the left and tip to the right, and an Epson V370 (Seiko Epson Corp., Nagano, Japan) was used to scan the leaves at a resolution of 600 DPI. We s...
Epiphyllous liverworts form a special group of bryophytes that primarily grow on the leaves of under...
A new species of Artemisia (Asteraceae: Antemideae) from Xizang, China, A. baxoiensis, is described,...
Leaf morphological traits vary along elevational gradients so that plants can adapt to their surroun...
1. Leaf anatomical traits may reflect plant's adaption to environmental changes and influence ecosys...
Aims: Understanding the relationship between species and environments is at the heart of ecology and...
Aim 1. To understand geographic patterns of species discovery by examining the effect of growth for...
Across species, the density of major veins in leaves scales inversely with leaf area. Yet, minor vei...
• Leaf morphology is highly variable both within and between plant species. This study employs a com...
FIGURE S1. Morphological comparison of Artemisia and its three closely related genera in the phyloge...
1. Karst hills, i.e., jagged topography created by dissolution of limestone and other soluble rocks,...
Epidermal cells of leaves are diverse: tabular pavement cells, trichomes, and stomatal complexes. Pa...
New Zealand's woody indigenous eudicot flora comprises a variety of leaf shapes and features and occ...
This dataset reports on leaf traits of plants and climate data used in the paper: Xu et al. (under r...
Adaptation to changing environmental conditions is a driver of plant diversification. Elevational gr...
Artemisinin is the first-line drug for anti-malaria recommended by the World Health Organization (WH...
Epiphyllous liverworts form a special group of bryophytes that primarily grow on the leaves of under...
A new species of Artemisia (Asteraceae: Antemideae) from Xizang, China, A. baxoiensis, is described,...
Leaf morphological traits vary along elevational gradients so that plants can adapt to their surroun...
1. Leaf anatomical traits may reflect plant's adaption to environmental changes and influence ecosys...
Aims: Understanding the relationship between species and environments is at the heart of ecology and...
Aim 1. To understand geographic patterns of species discovery by examining the effect of growth for...
Across species, the density of major veins in leaves scales inversely with leaf area. Yet, minor vei...
• Leaf morphology is highly variable both within and between plant species. This study employs a com...
FIGURE S1. Morphological comparison of Artemisia and its three closely related genera in the phyloge...
1. Karst hills, i.e., jagged topography created by dissolution of limestone and other soluble rocks,...
Epidermal cells of leaves are diverse: tabular pavement cells, trichomes, and stomatal complexes. Pa...
New Zealand's woody indigenous eudicot flora comprises a variety of leaf shapes and features and occ...
This dataset reports on leaf traits of plants and climate data used in the paper: Xu et al. (under r...
Adaptation to changing environmental conditions is a driver of plant diversification. Elevational gr...
Artemisinin is the first-line drug for anti-malaria recommended by the World Health Organization (WH...
Epiphyllous liverworts form a special group of bryophytes that primarily grow on the leaves of under...
A new species of Artemisia (Asteraceae: Antemideae) from Xizang, China, A. baxoiensis, is described,...
Leaf morphological traits vary along elevational gradients so that plants can adapt to their surroun...