Tenuirostritermes incisus Snyder, 1922 切割薄嘴白蚁

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Artículos en caché de este género (coincidencia automática, a título orientativo); para buscar esta especie con sus sinónimos junior incluidos, use el buscador de literatura.

1. Free diurnal foraging by the North American nasutiform termite, Tenuirostritermes tenuirostris (Isoptera: Termitidae).

   W. L. Nutting · 1970 · The Pan-Pacific Entomologist

   Resumen

2. New Records of Termites and Damage of Heterotermes convexinotatus1 in Huehuetlán El Grande, Puebla, Mexico

   Johana Dalila Perez-Cabrera, Betzabeth Cecilia Pérez-Torres, Agustín Aragón‐García, Jesús Francisco López Olguín, Miguel Aragón-Sánchez, y Rosa María Burgos-Chaidez · 2024 · Southwestern Entomologist

   Resumen

   Con el objetivo de contribuir al conocimiento de las termitas presentes en zonas urbanas y huertos de aguacate y conocer la especie que más daño ocasiona en los sitios de estudio del municipio de Huehuetlán El Grande, Puebla, se colectaron organismos durante los meses de mayo del 2021 a febrero del 2022 mediante captura directa e indirecta con trampas de cartón. Se determinaron cuatro especies y una morfoespecie correspondientes a Incisitermes marginipennis Latreille, Incisitermes minor Hagen, Heterotermes convexinotatus Snyder, Reticulitermes flavipes Kollar y Tenuirostritermes sp. Hare, aumentando los registros para Puebla a ocho, incluyendo cuatro registros nuevos para el estado, además, se reporta a la especie H. convexinotatus causando daños severos en construcciones.

3. A molecular survey of Australian and North American termite genera indicates that vertical inheritance is the primary force shaping termite gut microbiomes

   Nurdyana Abdul Rahman, Donovan H. Parks, Dana L. Willner, Anna L Engelbrektson, Shana K. Goffredi, Falk Warnecke, Rudolf H. Scheffrahn, Philip Hugenholtz et al. · 2015 · Microbiome

   Resumen

   BACKGROUND: Termites and their microbial gut symbionts are major recyclers of lignocellulosic biomass. This important symbiosis is obligate but relatively open and more complex in comparison to other well-known insect symbioses such as the strict vertical transmission of Buchnera in aphids. The relative roles of vertical inheritance and environmental factors such as diet in shaping the termite gut microbiome are not well understood. RESULTS: The gut microbiomes of 66 specimens representing seven higher and nine lower termite genera collected in Australia and North America were profiled by small subunit (SSU) rRNA amplicon pyrosequencing. These represent the first reported culture-independent gut microbiome data for three higher termite genera: Tenuirostritermes, Drepanotermes, and Gnathamitermes; and two lower termite genera: Marginitermes and Porotermes. Consistent with previous studies, bacteria comprise the largest fraction of termite gut symbionts, of which 11 phylotypes (6 Treponema, 1 Desulfarculus-like, 1 Desulfovibrio, 1 Anaerovorax-like, 1 Sporobacter-like, and 1 Pirellula-like) were widespread occurring in ≥50% of collected specimens. Archaea are generally considered to comprise only a minority of the termite gut microbiota (<3%); however, archaeal relative abundance was substantially higher and variable in a number of specimens including Macrognathotermes, Coptotermes, Schedorhinotermes, Porotermes, and Mastotermes (representing up to 54% of amplicon reads). A ciliate related to Clevelandella was detected in low abundance in Gnathamitermes indicating that protists were either reacquired after protists loss in higher termites or persisted in low numbers across this transition. Phylogenetic analyses of the bacterial communities indicate that vertical inheritance is the primary force shaping termite gut microbiota. The effect of diet is secondary and appears to influence the relative abundance, but not membership, of the gut communities. CONCLUSIONS: Vertical inheritance is the primary force shaping the termite gut microbiome indicating that species are successfully and faithfully passed from one generation to the next via trophallaxis or coprophagy. Changes in relative abundance can occur on shorter time scales and appear to be an adaptive mechanism for dietary fluctuations.

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