The larvae of the black soldier fly (BSFL, Hermetia illucens) efficiently close resource cycles.
Next to the nutrient-rich insect biomass used as animal feed, the residues from the process …

Shifts in the age or turnover time of non‐structural carbohydrates (NSC) may underlie
changes in tree growth under long‐term increases in drought stress associated with climate …

Abstract Changes in the biosphere carbon (C) sink are of utmost importance given rising
atmospheric CO2 levels. Concurrent global changes, such as increasing nitrogen (N) …

For long-lived organisms, investment in insurance strategies such as reserve energy storage
can enable resilience to resource deficits, stress or catastrophic disturbance. Recent fire in …

Whether sources or sinks control wood growth remains debated with a paucity of evidence
from mature trees in natural settings. Here, we altered carbon supply rate in stems of mature …

A combination of theory and experiments predicts that increasing soil nutrients will modify
herbivore and microbial impacts on ecosystem carbon cycling. However, few studies of …

During recent years, portable plant phenotyping instruments have become increasingly
important to monitor conditions of plant health non-destructively in the greenhouse and field …

How variations in carbon supply affect wood formation remains poorly understood in
particular in mature forest trees. To elucidate how carbon supply affects carbon allocation …

Carbon (C) and greenhouse gas (GHG) research has traditionally required data collection
and analysis using advanced and often expensive instruments, complex and proprietary …

As the main drivers of climate change, greenhouse gas (eg, CO2 and CH4) emissions have
been monitored intensively across the globe. The static chamber is one of the most …