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Crop-Specific Effects on Pan-Trap Sampling of Potential Pollinators as Influenced by Trap Color and Location
No full textCharacterizing insect communities in pollinator-dependent crops helps determine the potential pollinator effectiveness and their effects on crop yield. Few studies have examined pollinator communities and their services to crops in South America. Furthermore, optimal sampling methods for these communities in the crop habitat have received little attention. Pan traps are one of the simplest and most widely used sampling methods to assess insect diversity. We compared different pan trap arrangements to describe potential pollinator communities in two commercial crops (blueberry and canola) in Southern Chile. We compared communities in the crops and assessed how sampling position (border or center) and pan trap color (blue, white, or yellow) affected sample composition. Species composition was significantly different between crops. Furthermore, trap color affected sample composition in blueberry, but trap position did not, whereas color had no significant effect on canola, but trap position did. In all cases, yellow pans captured the largest number of species. Hymenoptera explained most of the differences in sampling efficiency because of the differential responses across species. We suggest that pan trap assessments of the diversity in potential pollinator insects depend on crop characteristics, including planting configuration and floral morphology. Therefore, comparative studies should include pans of different colors positioned at various locations within the crop.This research was funded by the SURPASS2 project under the Newton Fund Latin America Biodiversity Programme, with funding from the Chilean Agency of Research and Development (ANID, grant NE/S011870/1) and support from the UKRI Natural Environment Research Council (NERC, grant NE/S011870/2) in the United Kingdom, Consejo Nacional de Investigaciones Cientificas y Tecnicas (CONICET, grant RD 1984/19) in Argentina, and Sao Paulo Research Foundation (FAPESP, grant 2018/14994-1) in Brazil
Corrigendum: Unraveling patient heterogeneity in complex diseases through individualized co-expression networks: a perspective (vol 14, 1209416, 2023)
No full textSin resumen.We unfortunately missing to acknowledge the USS funds that partially covered the article APC, thus this statement is incomplete "VL gratefully acknowledges ANID,Chile, for Ph.D. fellowship 21181311. Powered NLHPC (ECM-02): this research was partially supported by the supercomputing infrastructure of the NLHPC (ECM-02).Figure was created withBioRender.com."The correct Funding statement appears below."VL gratefully acknowledges ANID, Chile, for Ph.D. fellowship 21181311. Powered NLHPC (ECM-02): this research was partially supported by the super computing infrastructure of the NLHPC (ECM-02). Figures were created with Bio Render. com. This publication had the support of the Vicerrectoria de Investigacion y Doctorados of Universidad SanSebastian-Fondo VRID_APC23/11.
Positive Effects Of Projected Climate Change On Post Disturbance Forest Regrowth Rates In Northeastern North American Boreal Forests
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The Professional Role And Exercise Of The Role Of Educational Assistance Professionals In Schools With School Integration Programs In Chile
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