Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Larch litter and nitrogen availability in mixed larch–spruce stands. I. Nutrient withdrawal, redistribution, and leaching loss from larch foliage at senescence

View through CrossRef
The growth and N status of Sitka spruce on deep peat sites low in available N is improved in the presence of larch. It has been suggested that larch stimulates N mineralization because of high N concentrations in its litter and the large N input resulting from its annual litter fall. However, while larch foliar N concentrations were shown to be high, marked withdrawal and storage in other tree components resulted in a relative and absolute impoverishment of the litter. P and K could be leached from senescing foliage in relatively large amounts, but the potential loss of N was low. Field measurements of throughfall substantiated this finding. Larch seemed extremely conservative in its use of N, suggesting that larch litter does not directly enhance N availability in mixed stands.
Title: Larch litter and nitrogen availability in mixed larch–spruce stands. I. Nutrient withdrawal, redistribution, and leaching loss from larch foliage at senescence
Description:
The growth and N status of Sitka spruce on deep peat sites low in available N is improved in the presence of larch.
It has been suggested that larch stimulates N mineralization because of high N concentrations in its litter and the large N input resulting from its annual litter fall.
However, while larch foliar N concentrations were shown to be high, marked withdrawal and storage in other tree components resulted in a relative and absolute impoverishment of the litter.
P and K could be leached from senescing foliage in relatively large amounts, but the potential loss of N was low.
Field measurements of throughfall substantiated this finding.
Larch seemed extremely conservative in its use of N, suggesting that larch litter does not directly enhance N availability in mixed stands.

Related Results

Vegetation map of the “Lindulovskaya Roshcha” nature reserve
Vegetation map of the “Lindulovskaya Roshcha” nature reserve
The article presents the vegetation map of the “Lindulovskaya Roshcha” Nature Reserve (Fig. 1, 2), which is located in the Vyborg district, Leningrad Region (Karelian Isthmus). The...
Effects of different tillage and fertilization methods on yield and nitrogen leaching
Effects of different tillage and fertilization methods on yield and nitrogen leaching
Conservation tillage and deep side-fertilization both hold the potential to reduce nitrogen leaching and improve grain yield and nitrogen use efficiency in fragrant rice cultivatio...
Research on Underground Drip Irrigation and Soil Redistribution - Take Heshan District of Yiyang City as an Example
Research on Underground Drip Irrigation and Soil Redistribution - Take Heshan District of Yiyang City as an Example
Abstract: The drip flow and the buried depth of drip irrigation zone are not only important parameters of subsurface irrigation design and operation management, but also important ...
Tree species richness affects litter production and decomposition rates in a tropical biodiversity experiment
Tree species richness affects litter production and decomposition rates in a tropical biodiversity experiment
We report data on leaf litter production and decomposition from a manipulative biodiversity experiment with trees in tropical Panama, which has been designed to explore the relatio...
Higher Soil Mesofauna Abundance and Microbial Activities Drive Litter Decomposition in Subtropical Forests
Higher Soil Mesofauna Abundance and Microbial Activities Drive Litter Decomposition in Subtropical Forests
Soil fauna play an important role in litter decomposition and affect the “home-field advantage” (HFA) of litter decomposition. However, how this effect is modulated by the microenv...
Variability of litter carbon stocks in Croatia
Variability of litter carbon stocks in Croatia
Litter stores around 5% of total carbon (C) stocks in the World's forests (Pan et al. 2011) and is one of five forest ecosystem C pools in national greenhouse gas (GHG) inventory r...
Invasive<i> Acacia mangium</i> Leaf Litter Modifies Soil Chemical Properties of A Bornean Tropical Heath Forest: A Soil Incubation Study
Invasive<i> Acacia mangium</i> Leaf Litter Modifies Soil Chemical Properties of A Bornean Tropical Heath Forest: A Soil Incubation Study
This study investigated the effects of Acacia mangium Willd. leaf litter on soil chemical properties of a tropical heath forest in Borneo using a controlled soil incubation experim...

Back to Top