Nutrient Retranslocation Response of Picea mariana Seedlings to Nitrogen Supply
95 citations recorded by the source corpus.
Subfields: Nature and Landscape Conservation, Plant Science
View Paper: https://www.semanticscholar.org/paper/6ba3883cc1edb9ff1365e20a797af7a233b1a6b3
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In Nature and Landscape Conservation
In Plant Science
Citations in the corpus
- Optimizing nitrogen loading of Picea mariana seedlings during nursery culture (2003, background): “Nutrient-loaded trees consistently outperformed conventionally cultured stock planted on a variety of ecological site types (Timmer and Munson 1991; Quoreshi and Timmer 2000b) and on simulated N availability gradients of soils (Munson and Timmer 1989; Xu and Timmer 1999; Salifu and Timmer 2001).”
- Growth and nutritional response of hardwood seedlings to controlled-release fertilization at outplanting (2005, background): “Additionally, growth of outplanted seedlings is largely dependent on retranslocation of nutrients from stored reserves (Malik and Timmer, 1998; Salifu and Timmer, 2001, 2003a).”
- Quantifying root system quality of nursery seedlings and relationship to outplanting performance (2005, background): “Furthermore, net re-translocation of N, P, and K from older plant tissues to new growth in black spruce seedlings was greatly improved by nutrient loading during nursery culture, indicating that translocation is driven by the magnitude of plant nutrient reserves (Salifu and Timmer 2001).”
- Relative contribution of initial root and shoot morphology in predicting field performance of hardwood seedlings (2005, background): “Furthermore, large diameter seedlings have more stored carbohydrates and nutrients (Johnson et al. 2002), which are immediately available following planting to meet sink demand (Salifu and Timmer 2001, 2003) until plants re-establish root–soil contact to exploit resources from the site.”
- Fertilizer-induced Changes in Rhizosphere Electrical Conductivity: Relation to Forest Tree Seedling Root System Growth and Function (2005, background): “These internal reserves may then be retranslocated within the plant to support growth following field transplant (Salifu and Timmer 2001, 2003a).”