544-549Here, the arrangement of litterfall and nutrient return to the soil by the seven-year-old plantations of Eucalyptus under different spacings established on sodic wastelands in northern India was determined. The litterfall was sorted into leaf wood and miscellaneous. Further, the seasonal variation of litterfall obtained under three different spacings was recorded. Maximum leaf litter production was observed in 3×3 m spacing followed by 6×1.5 m during the winter season. Whereas, the minimum leaf litter was recorded in 17×1×1 m spacing. Similarly, the maximum wood litter production was observed at the spacing of 3×3 m spacing in rainy season followed by 6×1.5 m.The weights of nutrients returned through annual litterfall in 3×3 spacing ...
The effect of Eucalyptus camaldulensis monoculture on soil fertility statusin the dry zone was studi...
The decomposition and nutrient release from the leaf litter of Eucalyptus camaldulensis in six diffe...
Accès restreint aux membres de l'Université de Lorraine jusqu'au 2016-01-01In the last decades, fast...
Here, the arrangement of litterfall and nutrient return to the soil by the seven-year-old plantation...
Not AvailableHere, the arrangement of litterfall and nutrient return to the soil by the seven-year-o...
Traditional tree-integrated farming systems are adopted for the security of food, fodder and fuelwoo...
The present investigation was attempted to assess the leaf litter production, decomposition rate and...
ABSTRACT In a forest stand, litterfall is primarily responsible for the retention and return of nutr...
ABSTRACT In a forest stand, litterfall is primarily responsible for the retention and return of nutr...
In natural forests and manmade protected plantations, nutrient cycling is an important process and i...
In natural forests and manmade protected plantations, nutrient cycling is an important process and i...
In natural forests and manmade protected plantations, nutrient cycling is an important process and i...
In natural forests and manmade protected plantations, nutrient cycling is an important process and i...
The effect of Eucalyptus camaldulensis monoculture on soil fertility statusin the dry zone was studi...
The effect of Eucalyptus camaldulensis monoculture on soil fertility statusin the dry zone was studi...
The effect of Eucalyptus camaldulensis monoculture on soil fertility statusin the dry zone was studi...
The decomposition and nutrient release from the leaf litter of Eucalyptus camaldulensis in six diffe...
Accès restreint aux membres de l'Université de Lorraine jusqu'au 2016-01-01In the last decades, fast...
Here, the arrangement of litterfall and nutrient return to the soil by the seven-year-old plantation...
Not AvailableHere, the arrangement of litterfall and nutrient return to the soil by the seven-year-o...
Traditional tree-integrated farming systems are adopted for the security of food, fodder and fuelwoo...
The present investigation was attempted to assess the leaf litter production, decomposition rate and...
ABSTRACT In a forest stand, litterfall is primarily responsible for the retention and return of nutr...
ABSTRACT In a forest stand, litterfall is primarily responsible for the retention and return of nutr...
In natural forests and manmade protected plantations, nutrient cycling is an important process and i...
In natural forests and manmade protected plantations, nutrient cycling is an important process and i...
In natural forests and manmade protected plantations, nutrient cycling is an important process and i...
In natural forests and manmade protected plantations, nutrient cycling is an important process and i...
The effect of Eucalyptus camaldulensis monoculture on soil fertility statusin the dry zone was studi...
The effect of Eucalyptus camaldulensis monoculture on soil fertility statusin the dry zone was studi...
The effect of Eucalyptus camaldulensis monoculture on soil fertility statusin the dry zone was studi...
The decomposition and nutrient release from the leaf litter of Eucalyptus camaldulensis in six diffe...
Accès restreint aux membres de l'Université de Lorraine jusqu'au 2016-01-01In the last decades, fast...