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53篇 您的检索式:作者名="Kesselring"
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1Plant responses to simulated warming and drought:a comparative study of functional plasticity between congeneric mid and high elevation species显示文摘Aims Effects of climate change,especially changes in temperatures and precipitation patterns,are particularly pronounced in alpine regions.In response,plants may exhibit phenotypic plasticity in key functional traits allowing short-term adjustment to novel conditions.However,little is known about the degree of pheno-typic plasticity of high elevation species relative to mid elevation congeners.Methods We transplanted 14 herbaceous perennial species from high eleva-tion into two common gardens(1050 and 2000 m.a.s.l.)in the Swiss Alps,and we examined plastic responses in key functional traits to changes in temperature and soil water availability.This design was replicated with 14 congeneric species from mid elevation to assess if the degree of phenotypic plasticity differs between mid and high elevation species.Survival was assessed across two growing seasons,while aboveground biomass and specific leaf area(SLA)were measured after the first growing season,and biomass alloca-tion to belowground and reproductive structures after the second.Moreover,a phenotypic plasticity index was calculated for the func-tional traits to compare the degree of plasticity between mid and high elevation species.Important Findings Aboveground biomass was higher in mid elevation species relative to high elevation congeners in all treatments,yet decreased for both with elevation and drought.Similarly,SLA decreased with elevation and drought.Root mass fraction(RMF)was generally higher in high ele-vation species,and decreased with drought at the lower site.Drought increased the allocation to reproductive structures,especially when plants were grown at their elevation of origin.Interestingly,no differ-ence was found in the degree of phenotypic plasticity averaged across mid and high elevation species for any of the studied functional traits.These results indicate that phenotypic plasticity in the focal traits did not depend on the elevation of origin of the species.Plasticity was not related to environmental heterogeneity,nor constrained by selective pressures at high elevation.However,both species groups showed a remarkable capacity for short-term acclimation to a prospective cli-mate through rapid adjustments in key functional traits.Elena Hamann Halil Kesselring Jürg Stöcklin 2018Journal of Plant Ecology2018,11,3:2
2Antidopaminergic antibodies in a patient with a complex autoimmune disorder and rapidly progressing Parkinson's disease显示文摘Kuans QC Mcrae A Kesselring J 1995J Allergy Clin Immunol1995,96,:1
3Human Thl7 cells can be in- duced through head and neck cancer and have a functional impact on HNSCC development 显示文摘Kesselring R Thiel A Pries R 2010Br J Cancer2010,103,8:1
4Developing the ICF Core Sets for multiple sclerosis to specify functioning显示文摘Kesselring J Coenen M Cieza A Thompson A Kostanjsek N Stucki G 2008Mult Scler2008,14,:1
5Human Th17 cells can be induced through head and neck cancer and have a functional im- pact on HNSCC development显示文摘Kesselring R Thiel A Pries R 2010Br J Cancer2010,103,8:1
6Parallel solid-phase synthesis and high-throughput ^1HNMR evaluation of 96-member 1,2,4-trisubstituted-pyrimidin-6-ones-5-carboxylic acid library显示文摘Hamper B C Kesselring A S Chott R C 2009J Comb Chem2009,11,3:1
7Human Thl7 cells can be in- duced through head and neck cancer and have a functional impact on HNSCC development 显示文摘Kesselring R Thiel A Pries R 2010British Journal of Cancer2010,103,8:1
8IL-13 signaling viaIL-13Ralpha2 triggers TGF-betal -dependent allograft fibrosis显示文摘Brunner SM Schiechl G Kesselring R 2013Transplant Res2013,2,1:1
9Emotional and physical de- mands on caregivers in home care to the elderly in Switzerland and their relationship to nursing home admission显示文摘Kesselring A Krulik T Iehsel M 2001European Journal of Public Health2001,11,3:1
10Neurorehabilitation of stroke 显示文摘Albert SJ Kesselring J 2012JNeurol2012,259,5:1
11Human Th17 cells can be induced through head and neck cancer and have a functional impact on HNSCC development显示文摘Kesselring R Thiel A Pries R etal 2010Br J Cancer2010,103,8:1
12Constantin yon Monakow's formative years in Pfafers显示文摘Kesselring J 0,,:1
13RORγt+ hematopoietic cells are necessary for tumor cell proliferation during colitis‐associated tumorigenesis in mice显示文摘Maria Martin Rebecca K. Kesselring Balam Saidou Stefan M. Brunner Gabriela Schiechl Verena F. Mouris Anja K. Wege Petra Rümmele Hans J. Schlitt Edward K. Geissler Stefan Fichtner‐Feigl 2015Eur. J. Immunol2015,,6:1
14Acute disseminated encephalomyelitis MRI findings and the distinction from multiple sclerosis 显示文摘Kesselring J Miller DH Robb SA 1990Brain1990,113,:1
15Immune restoration and onset of new AIDS-defining events with combination antiretroviral therapy in HIV type-1-infected immigrants in the Netherlands显示文摘Kesselring AM Gras L Wit FW 2010Antivir Ther2010,15,6:1
16A Cold Pye for the Papistes: Constructing and Containing the Northern Rising of 1569显示文摘Kesselring K J 2004Journal of British Studies2004,,4:1
17Aspirin prolongs survival and reduces the number of Foxp3 + regulatory T cells in a genetically engineered mouse model of pancreatic cancer显示文摘Lars Plassmeier Richard Knoop Jens Waldmann Rebecca Kesselring Malte Buchholz Stefan Fichtner-Feigl Detlef K. Bartsch Volker Fendrich 2013Langenbeck’s Archives of Surgery2013,,7:1
18Human Th17cells can be induced through head and neck cancer and have a functional impact on HNSCC development显示文摘R Kesselring A Thiel R Pries 2010British Journal of Cancer2010,103,8:1
19Symptomatic therapy and neurorehabilitation in multiple sclerosis显示文摘Jürg Kesselring Serafin Beer 2005Lancet Neurology2005,,10:1
20Foot reflexology:an intervention study显示文摘Kesselring A Spichiger E Muller M 1998Pflege1998,11,4:1
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