Neighbour effects on Erica multiflora (Ericaceae) reproductive performance after clipping
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Phenolic compounds, antioxidant and antibacterial activities of three Ericaceae from Algeria
2015, Industrial Crops and ProductsCitation Excerpt :Flavonoids and phenolics are the main compounds isolated from this species that also contains terpenoids, coumarins and essential oils (Ait Youssef, 2006; Garnier et al., 1961). E. multiflora, known as “many-flowered heather”, a sub-shrub with evergreen needle-like foliage (Vilà and Terradas, 1998), is present in Northern Africa and France. In Algeria, the species is common all along the coast; it grows mainly in scrublands and is very rare in Kabylia (Ait Youssef, 2006).
Neighbourhood association of Cortaderia selloana invasion, soil properties and plant community structure in Mediterranean coastal grasslands
2006, Acta OecologicaCitation Excerpt :Plants usually change the environment of their neighbours and consequently interact with close neighbours by altering their growth rate and form (Harper, 1977). Field experiments support this idea since the removal of surrounding vegetation usually increases target plant biomass and vigor (Vilà et al., 1994; Vilà and Terradas, 1995; Vilà and Terradas, 1998). In this study the results do not show any association of C. selloana with soil texture, electrical conductivity or pH. The low variability of these parameters indicated that fields were quite homogeneous concerning water infiltration, drainage and salinity (all samples were unsalty).
The effects of nutrient availability and removal of competing vegetation on resprouter capacity and nutrient accumulation in the shrub Erica multiflora
2006, Acta OecologicaCitation Excerpt :Erica multiflora is a common evergreen shrub that typically occurs in coastal shrublands on calcareous soils in the western Mediterranean Basin (Orshan, 1989). Its resprout vigour has been studied in light of a number of different disturbances (Lloret and López-Soria, 1993); water stress (Vilà and Terradas, 1998; Llorens et al., 2003), warming (Llorens et al., 2004), competing vegetation (Vilà, 1997) and herbivores (Vilà and Lloret, 1996; Vilà et al., 1998). The current coincidence between climate change and increase in nutrient supplies warrants an investigation of the capacity of dominant Mediterranean shrubs to change their sprout structure and to capture and retain nutrients in their biomass in response to nutrient pulses originating from forest fires or pollution.
Does seed mass drive interspecies variation in the effect of management practices on weed demography?
2021, Ecology and EvolutionEffect of defoliation treatment on Mimosa pigra L. seedling survivability and resilience
2014, Wetlands Ecology and Management