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Sebastian Schmidtlein

Biographic Data

ID6569110
NAMESebastian Schmidtlein
GIVEN NAMESSebastian
FAMILY NAMESchmidtlein
SIGNATURESCHMIDTLEIN S
AFFILIATIONSKarlsruhe Institute of Technology
ORCID0000-0003-1888-1865
VERIFIEDYes
TOTAL WORKS6
TOTAL CITATIONS0
WORKS AS AUTHOR6
WORKS AS EDITOR0
FIRST PUBLICATION YEAR2004
LATEST PUBLICATION YEAR2018
H-INDEX0
  • Disentangling effects of climate and land-use change on West African drylands’ forage supply

    Open Access•Jessica Ferner, Sebastian Schmidtlein et al.•ARTICLE•Global Environmental Change•2018•References: 4

  • Snow cover determines the ecology and biogeography of spiders (Araneae) in alpine tundra ecosystems

    Open Access•Nils Hein, Hannes Feilhauer et al.•ARTICLE•Erdkunde•2014

    This study addresses the spatial distribution of spiders (Araneae) in relation to their environment along multiple ecological and biogeographical gradients. Two study regions representing considerable variation in the alpine climate were sampled for epigeal spiders using pitfall traps: one in the oceanic region and one in the continental region of Norway. We aimed to identify the driving forces for spider species annidation in an alpine tundra ec…

  • Differences between recent and historical records of upper species limits in the northern European Alps

    Open Access•Sebastian Schmidtlein, Ulrike Faude et al.•ARTICLE•Erdkunde•2013

    Are there differences in historical and recent upper range limits of vascular plants and are such differences more pronounced in individual species groups? The limits of 1103 plants of the Northern Alps are compared to range limits in the mid-19th century. The comparison is based on two surveys. The first survey was conducted by Otto Sendtner in 1848–1853, the second in 1991–2008 during a habitat inventory. To our knowledge this is the first comp…

  • Estimating the impact of forest use on biodiversity in protected areas of developing tropical regions

    Open Access•Ulrike Faude, Hannes Feilhauer et al.•ARTICLE•Erdkunde•2010

    In many developing tropical regions, especially indigenous people are often deprived of their traditional land use rights due to the establishment of protected areas. This conservation practice jeopardizes people's livelihoods and ultimately counteracts conservation efforts by provoking illegal use of natural resources. Thus, approaches that consider local livelihood needs in conservation planning are of high importance. In this regard, methods t…

  • The Link Between Rapid Enigmatic Amphibian Decline and the Globally Emerging Chytrid Fungus

    Open Access•Stefan Lötters, Jos Kielgast et al.•ARTICLE•EcoHealth•2009

  • Coarse-scale substrate mapping using plant functional response types

    Open Access•Sebastian Schmidtlein•ARTICLE•Erdkunde•2004

    Substratkartierung auf der Grundlage von funktionellen Reaktionstypen in der Flora Deutschlands Aufgrund von Substratunterschieden auf niedrigstem Skalenniveau muss raumliche Information iiber Boden generalisiert werden bevor sie Eingang in Karten oder GIS-Layer findet. Die raumliche Aggregation der Muster orientiert sich iiblicher weise an landschaftlichen Steuerfaktoren der Bodenmosaike, insbesondere an Relief, Gestein und Klima. Die vorliegend…

No prominent works on this page.

  • Coarse-scale substrate mapping using plant functional response types

    Open Access•Sebastian Schmidtlein•ARTICLE•Erdkunde•2004

    Substratkartierung auf der Grundlage von funktionellen Reaktionstypen in der Flora Deutschlands Aufgrund von Substratunterschieden auf niedrigstem Skalenniveau muss raumliche Information iiber Boden generalisiert werden bevor sie Eingang in Karten oder GIS-Layer findet. Die raumliche Aggregation der Muster orientiert sich iiblicher weise an landschaftlichen Steuerfaktoren der Bodenmosaike, insbesondere an Relief, Gestein und Klima. Die vorliegend…

  • The Link Between Rapid Enigmatic Amphibian Decline and the Globally Emerging Chytrid Fungus

    Open Access•Stefan Lötters, Jos Kielgast et al.•ARTICLE•EcoHealth•2009

  • Estimating the impact of forest use on biodiversity in protected areas of developing tropical regions

    Open Access•Ulrike Faude, Hannes Feilhauer et al.•ARTICLE•Erdkunde•2010

    In many developing tropical regions, especially indigenous people are often deprived of their traditional land use rights due to the establishment of protected areas. This conservation practice jeopardizes people's livelihoods and ultimately counteracts conservation efforts by provoking illegal use of natural resources. Thus, approaches that consider local livelihood needs in conservation planning are of high importance. In this regard, methods t…

  • Differences between recent and historical records of upper species limits in the northern European Alps

    Open Access•Sebastian Schmidtlein, Ulrike Faude et al.•ARTICLE•Erdkunde•2013

    Are there differences in historical and recent upper range limits of vascular plants and are such differences more pronounced in individual species groups? The limits of 1103 plants of the Northern Alps are compared to range limits in the mid-19th century. The comparison is based on two surveys. The first survey was conducted by Otto Sendtner in 1848–1853, the second in 1991–2008 during a habitat inventory. To our knowledge this is the first comp…

  • Snow cover determines the ecology and biogeography of spiders (Araneae) in alpine tundra ecosystems

    Open Access•Nils Hein, Hannes Feilhauer et al.•ARTICLE•Erdkunde•2014

    This study addresses the spatial distribution of spiders (Araneae) in relation to their environment along multiple ecological and biogeographical gradients. Two study regions representing considerable variation in the alpine climate were sampled for epigeal spiders using pitfall traps: one in the oceanic region and one in the continental region of Norway. We aimed to identify the driving forces for spider species annidation in an alpine tundra ec…

  • Disentangling effects of climate and land-use change on West African drylands’ forage supply

    Open Access•Jessica Ferner, Sebastian Schmidtlein et al.•ARTICLE•Global Environmental Change•2018•References: 4

Ecology (5 works) · Geography (5 works) · Biology (4 works) · Environmental Science (4 works) · Ecology (3 works) · Ecology and Vegetation Dynamics Studies (3 works) · Agroforestry (2 works) · Botany and Plant Ecology Studies (2 works) · Ecosystem (2 works) · Species Distribution and Climate Change (2 works)

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