Climate projections suggest–with substantial certainty–that global warming> 1.5° C will
occur by mid-century (2050). Population is also projected to increase, amplifying the …

Climate change ecology has focused on climate effects on trophic interactions through the
lenses of temperature effects on organismal physiology and phenological asynchronies …

Climate warming is increasingly leading to marked changes in plant and animal biodiversity,
but it remains unclear how temperatures affect microbial biodiversity, particularly in …

Aim Experimental nitrogen (N) addition (fertilization) studies are commonly used to quantify
the impacts of increased N inputs on plant biodiversity. However, given that plant community …

Phytoplankton blooms are an important, widespread phenomenon in open oceans, coastal
waters and freshwaters, supporting food webs and essential ecosystem services. Blooms …

Temperature and nutrient supply interactively control phytoplankton growth and productivity,
yet the role of these drivers together still has not been determined experimentally over large …

The role of animals in modulating nutrient cycling [hereafter, consumer‐driven nutrient
dynamics (CND)] has been accepted as an important influence on both community structure …

Although the influence of nitrogen (N) addition on grassland plant communities has been
widely studied, it is still unclear whether observed patterns and underlying mechanisms are …

Annually, marine phytoplankton convert approximately 50 billion tons of dissolved inorganic
carbon to particulate and dissolved organic carbon, a portion of which is exported to depth …

The environment is changing rapidly, and considerable research is aimed at understanding
the capacity of organisms to respond. Changes in environmental temperature are …