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Hypothesis H1 was that early forest succession diminishes small mammal species diversity.
Several significant differences were found in small mammal species composition when comparing the habitats of early forest succession.
The aim of this study was to understand how early forest succession (from meadow to young stand) influences small mammal species composition, diversity, abundance and biomass.
These early forest biomass studies were aimed at major or typical forest types, with developed biomass models largely based on stand or sample plot levels.
Typical of early forest regeneration, the FPC and SPC generally indicated trajectories on course to achieve similar levels to the adjacent reference sites.
Hypothesis H3 was that both types of early forest succession (HS and NS) have the same influence on the small mammal community.
Similar(39)
The new finds, say experts, are the first direct evidence that some early forests contained widely divergent types of intermingling plants and weren't just groupings of single-species patches.
Moreover, it extends the likely importance of mycorrhiza-driven weathering back to the origins of early forests more than 350 Ma, or even to the rise of the first AM-forming land plants more than 50 Myr earlier than this.
Although considered to represent the earliest forest, no leaf or other type of photosynthetic structure had been found that was associated with the stumps.
The effects of earlier forest management are evident also in fungal communities occupying FWD.
The recent forest history of the Isthmus is an extreme example of recovery from earlier forest degradation in boreal conditions.
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