Litterfall research is an interesting aspect in environmental studies due to its significance in nutrient cycling specially in regions like the Andes where the interactions between biomass production and its decomposition is poorly understood. This study is focusing in the litterfall biomass production under pine plantations in southern Ecuador. The litterfall production was studied for five months at two-week intervals in three pine forest sites located in the southern Andes region of Ecuador. Monthly litterfall production ranged between 1067-1907 kg ha-1, in comparison with other coniferous stands around the world, this study revealed a higher litterfall production for tropical areas and particularly the highest production under pine plan...
The crucial role of tropical forests in the global carbon balance is underpinned by their extraordin...
Litter-induced pulses of nutrient availability could play an important role in the productivity and ...
Aboveground litter production in forests is likely to increase as a consequence of elevated atmosphe...
Abstract Litterfall research is an interesting aspect in environmental studies due to its significa...
La información sobre la dinámica de los nutrientes es de suma importancia para contribuir a la resta...
Leaf litterfall contributes significantly to carbon fluxes in forests. A crucial open question for t...
Differences in the amount of litter-fall in arboreal species constitute an important factor to under...
Natural forests are areas rich in biodiversity that contribute to the maintenance of environmental s...
The dynamics of the production, chemical composition, and accumulated nutrients in litterfall are es...
The production of aboveground soft tissue represents an important share of total net primary product...
ABSTRACT Litter production and decomposition makes it possible to supply a good part of the nutrient...
RESUMO – Litter fall consists of all organic material deposited on the forest floor, being of extrem...
Tropical dry forests (TDFs) represent 42% of all tropical forests; they are extensive, but little is...
Litterfall is an essential component of tropical forest productivity, transferring nutrients from th...
Summary 1. The cycling of nutrients in litterfall is considered a key mechanism in the maintenance o...
The crucial role of tropical forests in the global carbon balance is underpinned by their extraordin...
Litter-induced pulses of nutrient availability could play an important role in the productivity and ...
Aboveground litter production in forests is likely to increase as a consequence of elevated atmosphe...
Abstract Litterfall research is an interesting aspect in environmental studies due to its significa...
La información sobre la dinámica de los nutrientes es de suma importancia para contribuir a la resta...
Leaf litterfall contributes significantly to carbon fluxes in forests. A crucial open question for t...
Differences in the amount of litter-fall in arboreal species constitute an important factor to under...
Natural forests are areas rich in biodiversity that contribute to the maintenance of environmental s...
The dynamics of the production, chemical composition, and accumulated nutrients in litterfall are es...
The production of aboveground soft tissue represents an important share of total net primary product...
ABSTRACT Litter production and decomposition makes it possible to supply a good part of the nutrient...
RESUMO – Litter fall consists of all organic material deposited on the forest floor, being of extrem...
Tropical dry forests (TDFs) represent 42% of all tropical forests; they are extensive, but little is...
Litterfall is an essential component of tropical forest productivity, transferring nutrients from th...
Summary 1. The cycling of nutrients in litterfall is considered a key mechanism in the maintenance o...
The crucial role of tropical forests in the global carbon balance is underpinned by their extraordin...
Litter-induced pulses of nutrient availability could play an important role in the productivity and ...
Aboveground litter production in forests is likely to increase as a consequence of elevated atmosphe...