There have been two periods (1916–1945 and 1982–2014) of rapid and comparable rates
(0.054° C/year vs. 0.055° C/year) of increase in Global Mean Temperature (GMT). However …

Climate control on global vegetation productivity patterns has intensified in response to
recent global warming. Yet, the contributions of the leading internal climatic variations to …

A better understanding of the dominant climatic drivers that control vegetation trends across
regions and biomes is essential for assessing ecosystem dynamics and land-climate …

Global warming has boosted vegetation growth to a large extent, but this stimulation effect
has significantly weakened in recent years. Among the set of possible driving forces, the …

Sažetak The impact and its change on the Earth's biosphere from climate and non-climate
factors are of grave concern due to increasing human activities. In this study we used a …

Observations have shown a largely enhanced seasonal amplitude of northern atmospheric
CO 2 in the past several decades, and this enhancement is attributable to the increased …

Abstract Changes in peak photosynthesis timing (PPT) could substantially change the
seasonality of the terrestrial carbon cycle. Spring PPT in dry regions has been documented …

The main seasonal characteristics in the tropics include both spatial patterns and temporal
parameters of onset, cessation, duration, and the number of wet and dry seasons. Previous …

The dry tropics occupy~ 40% of the tropical land surface and play a dominant role in the
trend and interannual variability of the global carbon cycle. Previous studies have reported …

The ongoing climate change can modulate the behavior of global vegetation and influence
the terrestrial biosphere carbon sink. Past observation-based studies have mainly focused …