Since the late Cambrian era, bryophytes have been sha** terrestrial ecosystems through
unique and diverse suites of anatomical, physiological, and morphological traits. In this …

Desiccation tolerance has evolved recurrently across diverse land plant lineages as an
adaptation for survival in regions where seasonal rainfall drives periodic drying of vegetative …

Desiccation tolerance evolved recurrently across diverse plant lineages to enable survival in
water-limited conditions. Many resurrection plants are polyploid, and several groups have …

A review of∼ 290 research articles on bryophyte desiccation tolerance (DT) over the last
century reveals four prominent methods that incorporate equilibrium drying. We compare …

Unisexual bryophytes provide excellent models to study the mechanisms that regulate the
frequency of sexual versus asexual reproduction in plants, and their ecological and …

Tolerance to prolonged water deficit occurs along a continuum in plants, with dehydration
tolerance (DhT) and desiccation tolerance (DT) representing some of the most extreme …

In the Amazonian rain forest, major parts of trees and shrubs are covered by epiphytic
cryptogams of great taxonomic variety, but their relevance in biosphere–atmosphere …

Many desiccation-tolerant plants are widely distributed and exposed to substantial
environmental variation across their native range. These environmental differences …

Water scarcity, a common stress factor, negatively impacts plant performance. Strategies to
cope with it, such as desiccation tolerance, are becoming increasingly important to …

Desiccation tolerance evolved recurrently across diverse plant lineages to enable survival in
water limited conditions. Many resurrection plants are polyploid and several groups have …