Now the researchers say that
forest recovery after disturbance is likely to be a big issue, especially how much carbon will return back to forest ecosystem due to the regrowth.
The researchers» discovery revealed that at the forest fire site, the plants are dominated by flora quite similar to the kind that begin
forest recovery after a fire today.
Not exact matches
After 2 years, in the plots missing 75 % of the
forest algae, the ecosystem tipped over to entirely turf algae and C. amentacea never came back, showing that
recovery length could predict ecosystem collapse, the researchers reported yesterday in Nature Ecology & Evolution.
Moreover, even
after people move out, the
recovery of
forests can not always be left to chance — it needs active management and ecologically friendly government policies.
Recovery of
forests following the collapse of human populations in the Americas
after the arrival of Europeans may have driven the period of global cooling from 1500 - 1750 known as the Little Ice Age, report researchers speaking at the annual meeting of the American Geophysical Union in San Francisco.
New research shows
forests are slow to recover from droughts, and climate models that overlook
recovery time are likely overestimating how much carbon
forests can absorb
after droughts.
We added one criterion — high severity burn patches — because a nearby study on the
recovery of ponderosa pine
forests after wildfire demonstrated that mature
forests suitable for thinning would not likely develop in areas that had burned with high severity within the timeframe of this study [34].
Old
forests that are protected and allowed to grow and
recovery for long periods
after fires and hurricanes would store carbon over time, more so than if those same lands were managed as agricultural fields or short - rotation tree farms.
Recovery of the boreal
forest after a long period of deforestation will require sustained warming which, indeed, has currently been taking place since the mid-1990s in Eastern subarctic Canada.
And taken globally, increases in tropical
forest carbon may be at least partly explained not by carbon fertilization, but by a
recovery of carbon
after past disturbances such as fire (both natural and anthropogenic) and land clearing by humans even centuries earlier - a factor that will reduce sink strength over time as
forests recover.