Read more about the article Port Jackson impacts the restoration of <em>Protea repens</em> long after its removal
Mlungele Nsikani in the greenhouse where the Sugarbush growth trials took place. (Photo credit: Zama Mahlobo-Nsikani)

Port Jackson impacts the restoration of Protea repens long after its removal

The growth of our native Sugarbush (Protea repens) is not negatively affected by the legacy of altered soil chemistry after the clearing of invasive Port Jackson (Acacia saligna).

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Read more about the article Barriers to restoration presented by soil legacy effects
How to combine potential management actions to address barriers to restoration presented by soil legacy effects of invasive alien N2-fixing woody species into an integrated management effort to improve restoration outcomes. (Graphic from Nsikani et al., 2018)

Barriers to restoration presented by soil legacy effects

The soil legacy effects of invasive nitrogen fixing woody species can present several barriers to the restoration of native plant communities. This was the finding of a recent review paper by C·I·B PhD student, Mlungele Nsikani, and C·I·B Core Team Members, Brian van Wilgen and Mirijam Gaertner, in the journal Restoration Ecology.

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Read more about the article C·I·B study finds that Port Jackson invasions impact soil long after removal
Mlungele Nsikani taking soil samples in dense stands of Port Jackson (Acacia saligna) (Photo credit: Nkoliso Magona)

C·I·B study finds that Port Jackson invasions impact soil long after removal

Native areas that are invaded by the invasive alien tree Port Jackson can experience soil legacies for up to 10 years after its removal. This was the finding of a recent study by a group of C·I·B researchers, led by C·I·B PhD student, Mlungele Nsikani.

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