Miyagi Prefecture (no tsunami area, June)
Basic information
Sample name: Miyagi Prefecture (no tsunami area, June)

Reference: Y. Tsuda, M. Haseyama, K. Ishida, J. Niizuma, K. S. Kim, D. Yanagi, N. Watanabe, and M. Kobayashi. 2012. After-effects of Tsunami on distribution and abundance of mosquitoes in rice-field areas in Miyagi Prefecture, Japan in 2011. Medical Entomology and Zoology 63(1):21-30 [ER 2318]
Geography
Country: Japan


Coordinate: 38° 8' 8" N, 140° 51' 55" E
Coordinate basis: stated in text

Geography comments: three sites "in the southern part of Miyagi Prefecture" (coordinates are medians of stated values)

Environment
Habitat: temperate broadleaf/mixed forest

Altered habitat: cropland

Substrate: ground surface

MAT: 12.1

MAP: 1291.0

Habitat comments: "flat areas where rice plants were cultivated widely located"
climate data are for Aobayama in Miyagi Prefecture and are from Fukasawa and Matsuoka (2015, Fungal Ecology)

Methods
Life forms: mosquitoes

Sites: 3

Sampling methods: no design,baited

Sample size: 4 individuals

Years: 2011

Seasons: summer

Sampling comments: "Mosquito surveys were carried out monthly from June to August 2011... 10 CDC-like traps without a bulb baited with 1 kg dry ice were used and operated continuously for 3 days. Mosquitoes in the traps were collected every morning... Five trap sites (1 to 5 in Fig. 1) were selected, and 2 traps each were placed and operated for 3, 2 and 1 day(s) in June, July and August 2011, respectively. In July and August, the trap sites were selected along a transect from the seashore to inland (2, 5, 6, 7 and 8 in Fig. 1) and adult collections were conducted by using 2 traps each for 1 and 2 days, respectively"

Metadata
Sample number: 2461

Contributor: John Alroy

Enterer: John Alroy

Created: 2017-01-01 16:15:37

Modified: 2017-01-01 05:15:37

Abundance distribution
3 species
2 singletons
total count 4
geometric series index: 18.0
Fisher's α: 5.453
geometric series k: 0.7071
Hurlbert's PIE: 0.5000
Shannon's H: 1.0397
Good's u: 0.6250
Each square represents a species. Square sizes are proportional to counts.
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