The north-central Canadian boreal forest experienced increased occurrence of large and
severe wildfires caused by unusually warm temperatures and drought events during the last …

Fire is a key ecological process affecting vegetation dynamics and land cover. The
characteristic frequency, size, and intensity of fire are driven by interactions between top …

Fire is one of the most prevalent disturbances in the Earth system, and its past
characteristics can be reconstructed using charcoal particles preserved in depositional …

ABSTRACT During the Early Holocene, climate was the major factor causing fires, but
whether during the Mesolithic (~ 11.5–7.4 cal ka BP) people co‐shaped their environment …

This study investigated the fire‐vegetation relationship by reconstructing the long‐term fire
and vegetation dynamics around a small lake in the Mediterranean montane belt on Corsica …

Fire shapes ecological dynamics across many regions of Africa today and plays a critical
role in the maintenance of grass dominated (savannah) ecosystems in regions which could …

The woodland history of the forest of Stodthagen (northern Germany) was investigated by
using complementary palaeobotanical indicators. Six soil profiles from the study plot were …

A fundamental tenet of human land management is to create spatial and temporal
predictability in an environment to improve subsistence. Detecting the relationship between …

Palaeoecological evidence indicates that highland pines were dominant in extensive areas
of the mountains of Central and Northern Iberia during the first half of the Holocene …

Los incendios forestales, considerados como la propagación libre y no programada de
fuego, son perturbaciones que alteran de manera significativa los ecosistemas y depositan …