Article citationsMore>>

Higgins, S. I., William, J., Bond, W. I., February, E. C., Bronn, A., Douglas, I. W., Euston-Brown, D. I. W., Enslin, B., Govender, N., Rademan, L., O’regan, S., Potgieter, A. L. F., Scheiter, S., Sowry, R., Trollope, L., & Trollope, W. S. W. (2007). Effects of Four Decades of Fire Manipulation on Woody Vegetation Structure in Savanna. Ecology, 88, 1119-1125.
https://doi.org/10.1890/06-1664

has been cited by the following article:

• TITLE: Can Stand Density and Stem Stratification Be Indicators of Aboveground Biomass in Woody Plant Recruitment in Savannah

  AUTHORS: Saran Traoré, Sébastien Ange Habih Nombré, Issiaka Keïta, Hassan Bismarck Nacro, Brice Sinsin

  KEYWORDS: Aboveground Biomass, Biodiversity Conservation, Plant Regeneration, Stem Structure, Vegetation Type

  JOURNAL NAME: Open Journal of Forestry, Vol.12 No.1, November 24, 2021

  ABSTRACT: Stem density and size stratification of woody species are informative of vegetation conditions and its physiognomy in savannah whereas their variation influence woody population functioning. Current study endeavoured to evaluate the stand density and size variability of woody species related to aboveground biomass in a Sudanian savannah. Total height, stem diameter at breast height (dbh) ≥ 5 cm were measured in 30 plots of 50 m × 20 m laid in respect to vegetation type as bowal, shrubland and woodland. Species diversity, stem density, height and basal area were calculated and compared across sites and variation in stem dbh classes evaluated. Total aboveground biomass was estimated and thereafter linear relationships were established between stand density and aboveground biomass, and basal area. Results revealed three different sites with an overall 58 species identified through vegetation type including liana species (4 stems in bowal) with 18 genera and 42 families. Fabaceae Combretaceae, Anacardiaceae and Rubiaceae were dominant families. Small sized trees represented 72% of total stem density considered in structure with significant higher basal area, while large sized trees as 28% were scarcely distributed. More than 70% variation in biomass was due to stem density and basal area with a dominance of small trees. In conclusion increase size in tree community indicated increase in accumulated aboveground biomass as positive regeneration features. But, change in vegetation structure strongly influence negatively species ability to grow from lower to upper size class and later on, disrupt ecosystem functioning. Plant stem density and stratification could be considered as indicators of aboveground biomass fluctuating in regeneration monitoring.