Xylomycophagy in a close relative of termites: Lamproblattidae (Blattodea) systematics, ecology, and diet

Figure 11.

Marginal response curves of the seven bioclimatic variables according to WorldClim (2024) included in the ecological niche model using MaxEnt algorithm ENMeval 2.0.5. A Precipitation of the wettest month (BIO 13); B precipitation of the driest month (BIO 14); C precipitation of warmest quarter of the year (BIO 18); D precipitation of the coldest quarter of the year (BIO 19); E mean of diurnal temperature variation (BIO 2) calculated as the difference between the mean maximum temperature and the mean minimum temperature; F altitude; G temperature seasonality (BIO 4), which reflects how much temperature change there is throughout the year (standard deviation ×100).

	Figure 11. Marginal response curves of the seven bioclimatic variables according to WorldClim (2024) included in the ecological niche model using MaxEnt algorithm ENMeval 2.0.5. A Precipitation of the wettest month (BIO 13); B precipitation of the driest month (BIO 14); C precipitation of warmest quarter of the year (BIO 18); D precipitation of the coldest quarter of the year (BIO 19); E mean of diurnal temperature variation (BIO 2) calculated as the difference between the mean maximum temperature and the mean minimum temperature; F altitude; G temperature seasonality (BIO 4), which reflects how much temperature change there is throughout the year (standard deviation ×100).
	Part of: Evangelista DA, Medina-Espinoza EF, Mendieta Yáñez SK, Drager K, Swichtenberg KL, Gile G, Kang Y, Hromádka J, Vanker K, Sanchez-Herrera M (2026) Xylomycophagy in a close relative of termites: Lamproblattidae (Blattodea) systematics, ecology, and diet. Arthropod Systematics & Phylogeny 84: 309-342. https://doi.org/10.3897/asp.84.e144506