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Management of invasive alien plants is an increasing problem throughout the world. In some cases native rare or protected species can appear or even prefer habitats dominated by invasive alien plants, which raises questions about the optimal treatment of such areas.    Erythronium   dens-canis    in Hungary is a protected species which only have several occurrences in the country and a number of these populations situated in    Robinia   pseudoacacia    stands developed after harvesting native forests. In this study a total of five populations of    E.   dens-canis    were surveyed between 2020 and 2022 in southwestern Hungary examining and comparing the ongoing demographic changes under native and    Robinia    stands by monitoring individual plants. Two populations were situated in forests composed of native tree species, two in    Robinia   pseudoacacia   -dominated stands and one in a    Robinia   -native tree species mixed stand. We categorized the plants into five age-state categories: dormant, seedling, juvenile, vegetative adult, and reproductive adult. We found some considerable differences (e.g. leaf size, reproduction rate) between the populations situated in native and in    Robinia    stands, whereas the population in mixed forest showed intermediate character in most examined factors. Based on our results,    R.   pseudoacacia    have a significant effect on the phenology and life history of    E.   dens-canis   , and this effect is greater with higher proportion of    R.   pseudoacacia    in a forest stand where the    E.   dens-canis    occurs.

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﻿The greater the proportion of    Robinia   pseudoacacia    in a stand the greater its effect on the population characteristics of    Erythronium   dens-canis

﻿The greater the proportion of Robinia pseudoacacia in a stand the greater its effect on the population characteristics of Erythronium dens-canis

The greater the proportion of Robinia pseudoacacia in a stand the greater its effect on the population characteristics of Erythronium dens-canis