Abstract
Adequate boron (B) nutrition may decrease concentrations of phenolic compounds and enhance structural integrity and lignification in plants, compared with suboptimal B. This could affect decomposition in areas where B deficiencies are common. The mass loss and changes in element concentrations in Norway spruce needle litter were studied with combinations of litter from high-B and low-B trees, incubated for 29 months, in either B fertilised or control plots without B addition. The litter originated from the same Norway spruce field experiments. Additionally, the field experiments included long-term N and P treatments. Initially, lowest lignin concentrations were found in Norway spruce litter from the treatment P and particularly in the combination B + P, and highest in the B + N fertilised plots. The mass loss of Norway spruce litter was not affected by the treatments. However, Blitter increased Cu accumulation. The litter from the B + P fertilised plots accumulated considerably more Al, Ca, S and Zn than the other treatments, whereas B together with N reduced the remaining amounts of these elements. Reduced nutrient release from litter may have far-reaching consequences on nutrient cycles in forests.
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Acknowledgements
We thank the following: Ali K. Kilic initiated the litter bag study; Merja Essell, Tommi Kinnunen, Leena Kuusisto, Maini Mononen, Rauni Oksman and Aino Rummukainen helped in the field and laboratory work; Anna Saarsalmi provided unpublished data on soil conditions before the boron fertilisation. The study was supported by grants from the Academy of Finland, decision numbers 206898 and 123637.
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Lehto, T., Aphalo, P.J., Saranpää, P. et al. Decomposition and element concentrations of Norway spruce needle litter with differing B, N, or P status. Plant Soil 330, 225–238 (2010). https://doi.org/10.1007/s11104-009-0195-7
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DOI: https://doi.org/10.1007/s11104-009-0195-7