Kogyae Strict Nature Reserve (savanna woodland, dry season)
Basic information
Sample name: Kogyae Strict Nature Reserve (savanna woodland, dry season)

Reference: Y. Musah, D. K. Attuquayefio, B. Y. Ofori, and E. H. Owusu. 2015. Herpetofauna under threat: A study of Kogyae Strict Nature Reserve, Ghana. International Journal of Biodiversity and Conservation 7(11):420-428 [ER 2784]
Country: Ghana

Coordinate: 7° 12' N, 1° 11' W
Basis of coordinate: stated in text
Habitat: tropical/subtropical savanna
Protection: nature reserve
Substrate: ground surface
Disturbance: agriculture, hunting, selective logging
Habitat comments: the reserve "is located in the forest-savanna transition zone" and there are "logging and hunting activities as well as an increasing number of farms encroaching from the south and east... Sampling was undertaken in two distinct habitats types, riparian forest mosaic (RFM) at Oku Nkwanta and savanna woodland (SW) with some rocky outcrops at Dagomba village towards Asasebonso"
Life forms: lizards, snakes, frogs
Sampling methods: no design, auditory, hand capture, visual
Sample size: 91
Years: 2012
Seasons: dry
Sampling comments: "Visual encounter surveys (Rödel and Ernst, 2004) and refuge examination were undertaken... A running animal was chased and pinned down gently with a stick or a snake hook, then hand-picked... Animals were recorded based on sightings, captures, calls/sounds and interviews... animals were not marked... The survey sites were visited twice, once in the dry season (5 to 9th January, 2012) and once in the rainy season (16 to 21st June, 2012). There were 11 survey days in total, five days in the dry season and six days in the rainy season"
Sample: 3003
Contributor: John Alroy
Enterer: John Alroy
Created: 2018-06-06 19:50:43
Modified: 2018-06-06 19:51:21
Abundance distribution
12 species
6 singletons
total count 91
extrapolated richness: 26.8
Fisher's α: 3.701
geometric series k: 0.7340
Hurlbert's PIE: 0.7586
Shannon's H: 1.7499
Good's u: 0.9341
Each square represents a species. Square sizes are proportional to counts.