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10篇 您的检索式:作者名="Clav S"
    题名 作者 年代 出处 被引量
1Hash functions and triangular mesh reconstruction显示文摘JAN H MARTIN K V(A)CLAV S 2003Computers & Geosciences2003,,29:1
2Evolution and Reuse of Orthogonal Architecture显示文摘Václav R Jo·o H S 1996IEEE Transactions on Software Engineering1996,22,2:1
3Fast Time-Domain Balanced Homodyne Detection of Light显示文摘ONDI(R)EJ HADERKA V(A)CLAV MICH(A)LEK VLADIMIR URB(A)(S)EK 2009Applied Optics2009,48,15:1
4Assessment of ALK status by FISH on 1000 Spanish non-small cell lung cancer patients显示文摘Vidal J Clav S de Muga S 2014J Thorac Oneol2014,9,12:1
5Photoactivity of anatase-rutile TiO2 nanocrystalline mixtures obtained by heat treatment of homogeneously precipitated anatase显示文摘Snejana Bakardjieva Jan (S)ubrt Václav (S)tengl 2005Appl Catal B Environ2005,58,34:1
6Complex phytohormone responses during the cold acclimation of two wheat cultivars differing in cold tolerance, winter Samanta and spring Sandra显示文摘Klára Kosová Ilja Tom Prá?il Pavel Vítámvás Petre Dobrev Václav Motyka Kristyna Floková Ond?ej Novák Veronika Ture?ková Jakub Rol?ik Bed?ich Pe?ek Alena Trávni?ková Alena Gaudinová Gabor Galiba Tibor Janda Eva Vlasáková Pavla Prá?ilová Radomíra Vanková Journal of Plant Physiology0,,:1
7Diagnosis and Management of Oropharyngeal Dysphagia and Its Nutritional and Respiratory Complications in the Elderly显示文摘Laia Rofes Viridiana Arreola Jordi Almirall Mateu Cabré Lluís Campins Pilar García-Peris Renée Speyer Pere Clavé Rémy Meier 2010Gastroenterology Research and Practice2010,,:1
8Dispersed organic matter from silurian shales of the Barrandian Basin,Czech Republic:optical properties,chemical composition and thermal maturity显示文摘 Ivaná S y′korová Michal Stejskal 2002Int J of Coal Geo2002,53,:1
9Smoothness prior information in principal component analysis of dynamic image data显示文摘VCLAV S MIROSLAV K MARTIN S 2001Information Processing in Medical Imaging2001,2082,:1
10The diameter of beech snags is an important factor for saproxylic beetle richness: Implications for forest management and conservation显示文摘Snags are an important component of beech forests that promote biodiversity.However,their occurrence is completely marginal in managed stands.Creating snags in these stands would greatly enhance biodiversity.We investigated whether snag dimensions were important for saproxylic beetle richness since they were easily transferable parameters to forest management and assessed the presence of other snag microhabitats affecting beetle communities.Data collection was performed using passive flight traps placed on thirty snags in a recent beech reserve.A total of 6706 adults belonging to 231 saproxylic species(53 Red List species,23%)were captured.The results showed that the most important snag parameters were the diameter(thickness)and canopy openness of the surrounding stands.The occurrence of Fomes fomentarius,the volume of snag and decay class 3 were marginally significant in terms of the preference of all saproxylic species.Alpha diversity was reduced by an advanced degree of decay and a surprisingly deep stem cavity.After dividing snag thickness into categories(<35 cm;35–70 cm and>70 cm DBH),we found that categories with snag diameter greater than 35 cm showed little differences in all saproxylic and Red List species richness and diversity indices and exhibited the highest similarity in beetle communities.Regarding recommendations to forest managers in terms of optimization and simplification of practical procedures,we suggest actively creating high stumps to act as snags greater than 35 cm in DBH diameter to promote biodiversity in beech management stands.Václav Zumr Oto Nakládal Lukás Bílek JiríRemes 2023Forest Ecosystems2023,10,5:0
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