Butterflies, as vital components of biodiversity, serve as sensitive bioindicators of ecosystem health due to their rapid response to environmental changes. Their presence and abundance reflect habitat quality, climatic conditions, and floral diversity, making them essential for ecological monitoring. This study investigates the seasonal abundance and diversity of butterflies in Chikhli, Buldhana District, Maharashtra, India, from June to September 2022. A total of 17 butterfly species belonging to 14 genera and five families were recorded. The family Nymphalidae dominated the survey with seven species (41%), followed by Pieridae (4 species, 23%), Papilionidae (3 species, 18%), Lycaenidae (2 species, 12%), and Hesperiidae (1 species, 6%). The highest butterfly diversity was observed in grasslands, open scrub jungles, and agricultural peripheries, with peak abundance during the monsoon months (July–September). The seasonal variation in butterfly populations was closely linked to the availability of host plants, nectar sources, and favorable climatic conditions. The study employed the Pollard walk method for field surveys, with species identification based on morphological characteristics and photographic documentation. Findings highlight the critical role of monsoon vegetation in sustaining butterfly populations and emphasize the need for habitat conservation to mitigate anthropogenic threats such as urbanization and agricultural intensification. This research serves as a baseline for future studies on butterfly ecology in the region and underscores the importance of preserving floral diversity to support pollinator communities.
Hushare et al. (Sun,) studied this question.