The ability of plants to respond to environmental fluctuations is supported by acclimatory
adjustments in plant form and function that may require several days and development of a …

Abstract Antheraxanthin (C 40 H 56 O 3) is one of fat-soluble carotenoids belonging to
natural pigments. Its chemical structure is based on the unsaturated polyene chain skeleton …

Efficiently balancing photochemistry and photoprotection is crucial for survival and
productivity of photosynthetic organisms in the rapidly fluctuating light levels found in natural …

Extreme climate events, particularly droughts, pose significant threats to vegetation, severely
impacting ecosystem functionality and resilience. However, the limited temporal resolution of …

When exposed to shade from neighbours, competitive plants modify their growth patterns to
improve access to light. In dense plant stands, ranging from forests to humid grasslands and …

Photosynthesis provides the building blocks as well as fuels the entire living world around
us. Anthropongenic climate change began with the start of the industrial revolution a century …

Phytoplankton are a major source of primary productivity. Their photosynthetic fluorescence
are unique measures of their type, physiological state, and response to environmental …

Under ideal conditions, Chlamydomonas reinhardtii can photoacclimate to excess light
through various short-and long-term mechanisms. However, how microalgae handle excess …

PsbS is one of the key photoprotective proteins, ensuring the tolerance of the photosynthetic
apparatus (PSA) of a plant to abrupt changes in irradiance. Being a component of …

The ability of plants to modify biomass allocation and leaf phenotypes to best utilize
available resources has been heavily studied. No Tabernaemontana species have been …