Tenorio-Escandón Perla, Ramírez-Hernández Alfredo, Flores Joel, Juan-Vicedo Jorge, Martínez-Falcón Ana Paola
CONACYT/IPICYT-División de Ciencias Ambientales, Camino a la Presa San José 2055, Colonia Lomas 4a Sección, San Luis Potosi 78216, Mexico.
Instituto de Investigación en Medio Ambiente y Ciencia Marina IMEDMAR, Universidad Católica de Valencia, Calle Guillem de Castro, 94, 'San Vicente Mártir', 46001 Valencia, Spain.
Plants (Basel). 2022 Jan 4;11(1):131. doi: 10.3390/plants11010131.
spp. are cacti with high ecological, economic and conservation interest in semiarid environments, particularly in Mexico. We conducted a systematic search of the existing peer-reviewed literature about the state of knowledge of pollination ecology on these plants. We documented the most studied species worldwide with an emphasis on Mexico. We found that only 15% of species described have been investigated so far, and studies were mainly focused on comprehension of the biology of a single species. Despite the economic and cultural importance of , there is a significant lack of knowledge about the flower-visiting insects and their taxonomic identity. We provide a checklist of the insect species associated with spp. Through a circular network, we visualize the complex flower-visiting insect relationship, and we detected a set of key species constituting the generalist core of the networks constructed. Since pollination is crucial for crop production, a better understanding of ecological interactions would inform management measures to strengthen biodiversity and agriculture sustainability as well as productivity in arid and marginal lands. Further research on pollination ecology is needed to improve the conservation status of the insects associated with species.
仙人掌科植物在半干旱环境中具有很高的生态、经济和保护价值,在墨西哥尤为如此。我们对现有的关于这些植物授粉生态学知识状况的同行评议文献进行了系统检索。我们记录了全球研究最多的物种,重点是墨西哥的物种。我们发现,到目前为止,仅对所描述物种的15%进行了研究,且研究主要集中在对单一物种生物学特性的理解上。尽管仙人掌科植物具有经济和文化重要性,但对访花昆虫及其分类身份却知之甚少。我们提供了一份与仙人掌科植物相关的昆虫物种清单。通过一个循环网络,我们可视化了复杂的访花昆虫关系,并检测到一组构成所构建网络通才核心的关键物种。由于授粉对作物生产至关重要,更好地理解生态相互作用将为加强生物多样性、农业可持续性以及干旱和边缘土地生产力的管理措施提供信息。需要进一步开展授粉生态学研究,以改善与仙人掌科物种相关昆虫的保护状况。