Can-Canales Cynthia Karina, Islebe Gerald A, Carrillo-Bastos Alicia, Torrescano-Valle Nuria, Aragón-Moreno Alejandro Antonio
El Colegio de la Frontera Sur, Unidad Chetumal, Chetumal, Mexico.
Tecnológico Nacional de México / IT de Chetumal, Chetumal, Mexico.
Data Brief. 2023 Sep 28;51:109631. doi: 10.1016/j.dib.2023.109631. eCollection 2023 Dec.
Most paleoecological investigations use different biotic or abiotic proxies for climate and environmental reconstructions. Although fossil pollen is one of the most used biological proxies, Non-Pollen Palynomorphs (NPPs), especially fungal spores and tissues, have an underestimated potential to infer local and regional climate dynamics. This dataset describes the most common Non-pollen palynomorphs of fungal origin from mangrove sediments in the Caribbean Sea, southeastern Mexico. A detailed descriptive Atlas is presented, with light micrographs taken from routine pollen slides in paleoecological reconstructions. Microphotographs were included to facilitate their identification. A total of 59 spores, 4 tissues, 2 hyphae, and 11 unidentified fungal palynomorphs are described.
大多数古生态调查使用不同的生物或非生物指标来重建气候和环境。尽管化石花粉是最常用的生物指标之一，但非花粉孢粉体（NPPs），尤其是真菌孢子和组织，在推断局部和区域气候动态方面的潜力被低估了。该数据集描述了来自墨西哥东南部加勒比海红树林沉积物中最常见的真菌源非花粉孢粉体。文中呈现了一份详细的描述性图谱，其中包含在古生态重建中从常规花粉载玻片拍摄的光学显微照片。还纳入了显微照片以方便其识别。共描述了59个孢子、4个组织、2个菌丝以及11个未鉴定的真菌孢粉体。
