Abstract

Natural disturbances are largely suppressed in Central European landscapes due to economic and human safety concerns. European goals to increase the extent of secondary wilderness areas have the potential to support the restoration of threatened habitats associated with natural disturbances. Germany is among the Central European countries with the most advanced wilderness goals. This study aimed to investigate whether habitat types shaped by natural disturbances are mostly red-listed as threatened and require special consideration within systematic conservation planning (SCP). First, we reviewed literature and the German Red List of Threatened Habitat Types to identify the conservation status of habitat types associated with three natural abiotic disturbance types in Germany: floods, forest fires and landslides. Second, we mapped the potential area coverage of these disturbance types and identified gaps in the current network of strictly protected areas (PA) to inform SCP. Fifty-two per cent of the habitat types associated with the three disturbance types floods, forest fires and landslides were listed as “critically endangered” (n = 1) or “endangered to critically endangered” (n = 9). The potential area for river dynamics accounted for 4.3% of German terrestrial territory, areas potentially subject to forest fires accounted for 0.9% and areas with a very high susceptibility to landslides for 1.1%. Areas potentially subject to forest fires (0.15% strict PA coverage) and river dynamics (0.81%) were underrepresented in German National Parks and the core zones of Biosphere Reserve, whereas strict PA coverage of areas with a very high susceptibility to landslides was higher (6.8%). European and German wilderness goals can support the restoration of threatened habitat types associated with natural disturbances if spatial information on those areas is integrated into SCP concepts. Yet, sophisticated management regimes will be required to resolve conflicts between wilderness areas subject to natural disturbances and the surrounding cultural landscape and infrastructure.

Highlights

  • Conservation biology aims to “provide principles and tools for preserving biological diversity” (Soule, 1985, p. 1)

  • This has led to a steep decline in entire ecosystems that are shaped by natural disturbances, such as flood-dependent riparian wetlands (Brown et al, 2018), or resulted in the absence of typical habitat and vegetation mosaics within certain forest ecosystems

  • The spatial analysis conducted here identified the potential areas where selected natural disturbance types e floods, forest fires and landslides e could be expected in Germany under strict protection regimes

Read more

Summary

Introduction

Conservation biology aims to “provide principles and tools for preserving biological diversity” (Soule, 1985, p. 1). Natural disturbances are largely suppressed in this region due to economic or human safety concerns (Morgan and Rickson, 2003; Vergani et al, 2017; San-Miguel-Ayanz et al, 2018), despite being an important site factor for a variety of habitats and associated biodiversity (Tremolieres et al, 1998; Thom and Seidl, 2016; Gutowski et al, 2020) This has led to a steep decline in entire ecosystems that are shaped by natural disturbances, such as flood-dependent riparian wetlands (Brown et al, 2018), or resulted in the absence of typical habitat and vegetation mosaics within certain forest ecosystems (e.g. early successional phases in mountain forest following landslides)

Objectives
Methods
Results
Discussion
Conclusion
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call