About: limiting similarity hypothesis

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hypothesis in ecology

Attributes	Values
rdf:type	Item
description	hypothesis in ecology (en)
rdfs:label	limiting similarity hypothesis (en) 相似性限制假说 (zh) 相似性限制假说 (zh-cn)
skos:prefLabel	limiting similarity hypothesis (en) 相似性限制假说 (zh) 相似性限制假说 (zh-cn)
name	limiting similarity hypothesis (en) 相似性限制假说 (zh) 相似性限制假说 (zh-cn)
instance of	wds:Q111725287-4e3457db-4f71-ec63-b999-de41fd28d6e3
instance of	hypothesis
studied in	wds:Q111725287-691a7287-402c-1875-ba7d-42e764a499de
studied in	ecology
skos:altLabel	LIMSIM (en) limsim (en)
Encyclopedia of China (Third Edition) ID	wds:Q111725287-E599B49A-396F-4304-BF84-D2CCE4608F66
Encyclopedia of China (Third Edition) ID	155048
is about of	https://www.wikidata.org/wiki/Special:EntityData/Q111725287
is main subject of	Using ecological restoration to constrain biological invasion Community assembly and invasion: an experimental test of neutral versus niche processes Experimental invasion by legumes reveals non-random assembly rules in grassland communities Do alien plants on Mediterranean islands tend to invade different niches from native species? Variation in resource acquisition and utilization traits between native and invasive perennial forbs. Is phylogenetic relatedness to native species important for the establishment of reptiles introduced to California and Florida? Plant functional group identity and diversity determine biotic resistance to invasion by an exotic grass Grassland invader responses to realistic changes in native species richness Plant Functional Group Diversity as a Mechanism for Invasion Resistance Plant traits across different habitats of the Italian Alps: a comparative analysis between native and alien species Physiological and Morphological Traits of Exotic, Invasive Exotic, and Native Plant Species in Tallgrass Prairie Assembly rules operating along a primary riverbed?grassland successional sequence Limiting similarity between invaders and dominant species in herbaceous plant communities? Evidence of deterministic assembly according to flowering time in an old-field plant community Functional differences between alien and native species: do biotic interactions determine the functional structure of highly invaded grasslands? Strengthening Invasion Filters to Reassemble Native Plant Communities: Soil Resources and Phenological Overlap Early emergence and resource availability can competitively favour natives over a functionally similar invader. Functionally Similar Species Confer Greater Resistance to Invasion: Implications for Grassland Restoration Species Composition and Diversity Affect Grassland Susceptibility and Response to Invasion Functional composition controls invasion success in a California serpentine grassland Patterns of trait convergence and divergence among native and exotic species in herbaceous plant communities are not modified by nitrogen enrichment Species-Rich Scandinavian Grasslands are Inherently Open to Invasion Using prairie restoration to curtail invasion of Canada thistle: the importance of limiting similarity and seed mix richness Establishment and Management of Native Functional Groups in Restoration Identifying Native Vegetation for Reducing Exotic Species during the Restoration of Desert Ecosystems An Anthropogenic Habitat Facilitates the Establishment of Non-Native Birds by Providing Underexploited Resources Overlap of food and microhabitat preferences among some native and nonnative slugs in mid-Atlantic forests of eastern North America Role of species identity in plant invasions: experimental test using Imperata cylindrica Testing Fox's assembly rule: does plant invasion depend on recipient community structure? Resistance of Native Plant Functional Groups to Invasion by Medusahead (<i>Taeniatherum caput-medusae</i>)
is main subject of	wds:Q55869645-946C58D5-8427-4C54-A3EF-8FACE5A655FC wds:Q56784878-33D9A70E-4174-4C7D-B976-710867035D54 wds:Q56479856-CC022535-70C8-4243-8F9E-02231A1B3AFD wds:Q33301398-BFF7EB7A-3B61-49AC-8C08-454D89C26256 wds:Q56536216-5377361A-D2E8-4ACC-B2D8-F6401BD1A394 wds:Q59850781-FEFE64D5-1B73-4DFA-8FBC-46E20CDB29D6 wds:Q56767279-D08F0491-FA00-435A-885C-11AD09632FC2 wds:Q56779721-5E3C83C3-5A9A-4EDB-8714-F8BE2F3D181B wds:Q56508349-9444D607-92A7-4E72-A25D-D7C14823DD66 wds:Q56701973-25E8189D-2050-4A9C-86C5-026CB469D326 wds:Q51180019-18C77C86-F9C6-4CCE-836F-D85790CB4C74 wds:Q57027032-771FE8B6-6685-4315-B72D-142D5ED55C4F wds:Q56774450-9FA07FD0-BA8A-43EA-B5C8-DF058B9771E4 wds:Q55842529-0A8E4341-128B-4982-A55C-4975A8CE0C6B wds:Q56512268-9A3AF043-A4AA-480D-B461-8BC983E08CC2 wds:Q56525159-E238CD91-058B-4B39-B4EF-9C828E1F9221 wds:Q56554775-589F8BBB-9E03-4358-A99E-236164757913 wds:Q56576435-5E4498C4-B73A-4649-BC41-3036BF03854F wds:Q56929347-161D9195-A0DF-4CF1-8704-376FF53D9943 wds:Q114958801-C105F7B9-31DE-47C9-B30F-E6C8BEC8076C wds:Q56459444-D1C05345-E9AF-4E66-AF24-4A6647ED607E wds:Q56777198-297F74FB-AF9A-42F2-8990-152DAAE984EF wds:Q56781396-4DC18F1A-12D8-4E69-8869-885FC37414C1 wds:Q51183699-077F2B5C-9173-4C79-89E7-44492DA2BF02 wds:Q112798984-1FD5DC90-0F1F-4397-8F5B-2528DFA7B8D2 wds:Q35745846-1b68805c-4c08-72fb-f20d-596e98a426ac wds:Q35171184-345D8E73-0AED-477A-BCBB-655B5E5932EE wds:Q56752274-8E082443-69EC-43A8-87AB-F63BADE16EC5 wds:Q56564184-BDCAA46E-EE76-4543-9D95-5DE38F0752DE wds:Q118180771-E1388C73-F577-4566-9187-14B5D3F28D7E

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