Current estimates of temperature effects on plants mostly rely on air temperature, although it
can significantly deviate from leaf temperature (T leaf). To address this, some studies have …

Extreme heat events are becoming increasingly common, and the short‐term acclimation of
photosynthesis will have a large impact on plant performance. Trees in lowland tropical …

The threat of rising global temperatures may be especially pronounced for low‐latitude,
lowland plant species that have evolved under stable climatic conditions. However, little is …

Urbanization brings numerous benefits to residents, but it also introduces complex, variable,
and heterogeneous habitat conditions to urban plants, resulting in an arid and hot urban …

Rapid warming and high temperatures are an immediate threat to global ecosystems, but
the threat may be especially pronounced in the tropics. Although low‐latitude tree species …

To avoid reaching lethal temperatures during periods of heat stress, plants may acclimate
either their biochemical thermal tolerance or leaf morphological and physiological …

Modelling the response of plants to climate change is limited by our incomplete
understanding of the component processes of photosynthesis and their temperature …

In recent years, the escalating threats of climate change, characterized by a surge in both
the frequency and intensity of extreme weather events, along with ongoing global warming …

The increasing frequency and intensity of heat waves caused significant damages to urban
woody species, and the different leaf structures between evergreen and deciduous species …

Species in humid, tropical regions frequently experience dangerously high heat. The danger
of high temperatures is especially pronounced in cities due to the urban heat island effect …