Add to ORKGNutrient resorption understood as the “movement” of nutrients from leaves prior to abscission towards other tissues or internal stores has been suggested to be a key component of nutrient conservation in deciduous forest species (Ares and Gleason 2007). This strategy allows plants to use these nutrients for new growth or store, hence decreasing their dependence on soil nutrient availability. Native forests in southern Argentine Patagonia cover approximately 1.2 million ha, corresponding more than 95% of these forests to the southern beeches Nothofagus pumilio (lenga) and Nothofagus antarctica (ñire) (Peri et al. 2016). In general, both deciduous species occupy places with different environmental conditions. N. pumilio forest are mostly foun...
During three consecutive years with contrasting precipitation, we analysed the relationship between ...
Resorption of nutrients from senescing tissues is an im-portant aspect of the nutrient economy of pe...
In most temperate forest, nitrogen (N) is considered a limiting factor. This becomes important in ...
Nutrient resorption is crucial for mineral element conservation and efficiency of forest species, bu...
The objective of this study was to compare nutrient resorption of both species growing together in t...
Previous studies on mature forests of NW Argentinean Patagonia indicated that N is the main growth-l...
The above- and belowground biomass and nutrient content (N, P, K, Ca, S and Mg) of pure deciduous No...
Se estudió durante dos años (2009 y 2010) la retranslocación de nutrientes en especies dominantes de...
Resorption is the active withdrawal of nutrients before leaf abscission. This mechanism represents a...
We analysed the main plant strategies to conserve nitrogen in the Patagonian Monte. We hypothesized ...
Low-nutrient adapted species have numerous mechanisms that aid in nutrient conservation. Hypothetica...
We evaluated the annual litterfall and nutrients return in primary forests of Nothofagus antarctica ...
Nothofagus antarctica (Forster f.) Oersted is a deciduous tree species, which naturally grows on poo...
Nothofagus antarctica is a native species that grows in the South of Argentina and Chile. Informatio...
Leaf longevity and nutrient resorption efficiency are important strategies to conserve plant nutrien...
During three consecutive years with contrasting precipitation, we analysed the relationship between ...
Resorption of nutrients from senescing tissues is an im-portant aspect of the nutrient economy of pe...
In most temperate forest, nitrogen (N) is considered a limiting factor. This becomes important in ...
Nutrient resorption is crucial for mineral element conservation and efficiency of forest species, bu...
The objective of this study was to compare nutrient resorption of both species growing together in t...
Previous studies on mature forests of NW Argentinean Patagonia indicated that N is the main growth-l...
The above- and belowground biomass and nutrient content (N, P, K, Ca, S and Mg) of pure deciduous No...
Se estudió durante dos años (2009 y 2010) la retranslocación de nutrientes en especies dominantes de...
Resorption is the active withdrawal of nutrients before leaf abscission. This mechanism represents a...
We analysed the main plant strategies to conserve nitrogen in the Patagonian Monte. We hypothesized ...
Low-nutrient adapted species have numerous mechanisms that aid in nutrient conservation. Hypothetica...
We evaluated the annual litterfall and nutrients return in primary forests of Nothofagus antarctica ...
Nothofagus antarctica (Forster f.) Oersted is a deciduous tree species, which naturally grows on poo...
Nothofagus antarctica is a native species that grows in the South of Argentina and Chile. Informatio...
Leaf longevity and nutrient resorption efficiency are important strategies to conserve plant nutrien...
During three consecutive years with contrasting precipitation, we analysed the relationship between ...
Resorption of nutrients from senescing tissues is an im-portant aspect of the nutrient economy of pe...
In most temperate forest, nitrogen (N) is considered a limiting factor. This becomes important in ...