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Archive image from page 22 of Diptera danica genera and Diptera danica : genera and species of flies hitherto found in Denmark dipteradanicagen01lund Year: 1907 Fig. ->, Wing of Tiihatms fropicus. The cells are: a, the costal cell, b, the niediastinal cell, c, the sub- costal cell, d, the cubital cell, e, the discai eell, f, posterior cells, g, the first basal cell, h, the second basal cell, i, the anal cell, and k, the axillary cell: x is the medial cross-vein, y, the postical cross-vein. Fig. 3. Wing of Dexia canina. The niediastinal vein is generally near to the base connected with
Archive image from page 22 of Diptera danica genera and Diptera danica : genera and species of flies hitherto found in Denmark dipteradanicagen01lund Year: 1907 Fig. ->, Wing of Tiihatms fropicus. The cells are: a, the costal cell, b, the niediastinal cell, c, the sub- costal cell, d, the cubital cell, e, the discai eell, f, posterior cells, g, the first basal cell, h, the second basal cell, i, the anal cell, and k, the axillary cell: x is the medial cross-vein, y, the postical cross-vein. Fig. 3. Wing of Dexia canina. The niediastinal vein is generally near to the base connected with the costal vein by a cross-vein, the basal cross-vein, and then there are two costal cells. The radial vein is often unbranched, but may be branched, and then there is more than one subcostal cell; the subcostal cell or cells lie between the convex subcostal vein and the concave radial vein, or between the branches of the latter. The cubital vein is generally branched and there may be up to three cubital cells; the cubital cells lie between the concave radial vein and the convex
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