The Library

Evenhuis, N.L., Arakaki, K.T. & Imada, C.T. · Final report prepared for the U.S. Navy. 33 pp.

p. 5that survey, a total of 638 taxa were collected and identified. The majority of the taxa were found in Halona Valley, which proved to harbor a rich

Contribution to the Hawaii Biological Survey

Evenhuis, N.L., Preston, D.J., Arakaki, K.T. & Imada, C.T. · Final report prepared for the U.S. Navy. 30 pp.

p. 6that survey, a total of 638 taxa were collected and identified. The majority of the taxa were found in Halona Valley, which proved to harbor a rich

Contribution to the Hawaii Biological Survey

Evenhuis, N.L. & Eldredge, L.G. (eds) · Bishop Museum Occasional Papers 117

p. 71mageshimensis, Crouania, 107: 73 magnifica, Medinilla, 87: 15; 96: 9; 107: 42 major, Caesalpinia, 46: 11 major, vinca, 69: 17 majuscula, laurencia, 107: 75 majuscula, lyngbya

Records of the Hawaii Biological Survey

Kraus, F & Preston, D. · Final report prepared for Hawaii Invasive Species Council, Honolulu, Hawaii. 13 pp.

p. 8identical to the earlier study from dry-forest habitat, with (1) the large majority of dietary items being less than 9 mm in length

Contribution to the Hawaii Biological Survey

Kraus, F. Medeiros, A.C. & Preston · Report prepared for Hawaii Cooperative Studies Unit, Pacific Aquaculture Coastal Resources Center, University of Hawaii, Hilo. 18 pp.

p. 5taxa whose provenance could not clearly be identified comprised 20.4%. The large majority of endemic insects consumed at Auwahi were homopterans of the genera Nesophrosyne and Oliarus (Table

Contribution to the Hawaii Biological Survey

Fisher, J., Giuseffi, L., Tsuda, R.T., Abbott, I.A. & Coles, S.L. · In: Evenhuis, N.L. & Eldrege, L.G. (eds.), Records of the Hawaii Biological Survey for 2008. Bishop Museum Occasional Papers 107: 69-80.

p. 2examined under the dissecting micro- scope, and epiphytes and turf were separated. The majority of the small specimens were mounted on glass slides, i.e., specimens were decalcified with

Contribution to the Hawaii Biological Survey

Coles, S.L. & Swenson, C. · Bishop Museum Technical Report 50, 136 pp.

p. 4Point Count with Excel extension (CPCe). Recognizing the limitations of comparing the two major data sets and that sampling techniques exert a major biase to the results obtained

Contribution to the Hawaii Biological Survey

Eijzenga, H. & Preston, D.J. · Bishop Museum Technical Report 43, 201 pp.

p. 6species, had the highest native diversity, but no natives were found on the majority of islets surveyed. The islets varied dramatically in size, topography, height, rainfall, isolation

Contribution to the Hawaii Biological Survey

Coles, S.L., Giuseffi, L. & Hutchinson, M. · Final report prepared for the Hawaii Coral Reef Initiative and the National Fish and Wildlife Foundation. Bishop Museum Technical Report 39: 1-72.

p. 28papa where the mean was 12.2%. Calcareous algae was a major benthic component at Molokini, M ō kapu and K ā ohikaipu where cover averaged

Contribution to the Hawaii Biological Survey

Evenhuis, N.L. and Eldredge, L.G. (editors) · Bishop Museum Occasional Papers 96, 73 pp.

p. 30olawe (Warren & Herbst 1994: 2). Smith (1985: 190) reported it from all the major islands on cliffs and rocky outcrops, in all but the wettest and driest habitats

Contribution to the Hawaii Biological Survey

Preston, D.J., Englund, R.A. & McShane, M.K.K. · In: Evenhuis, N.L.& Fitzsimons, J.M. (eds.), Biology of Hawaiian streams and estuaries. Bishop Museum Bulletin in Cultural and Environmental Studies 3: 259-274.

p. 3hawaiiensis ), or palila ( Loxioides bailleui ) (Banko et al ., 2001). By far the vast majority of resources have been aimed at restoring bird populations, and with the exception

Contribution to the Hawaii Biological Survey

Polhemus, D.A. · In: Evenhuis, N.L. & Fitzsimons, J.M. (eds.), Biology of Hawaiian streams and estuaries. Bishop Museum Bulletin in Cultural and Environmental Studies 3: 231-244.

p. 14olau Mtns., Koloa Gulch, above L ä ‘ ie, from forks to first major waterfalls on each branch, 275–365 m [900-1200 ft] (1994) 11. Ko‘olau Mtns

Contribution to the Hawaii Biological Survey

Evenhuis, N.L. & Eldredge, L.G. (eds) · Bishop Museum Occasional Papers 96

p. 30olawe (Warren & Herbst 1994: 2). Smith (1985: 190) reported it from all the major islands on cliffs and rocky outcrops, in all but the wettest and driest habitats

Records of the Hawaii Biological Survey

Godwin, S. & Bolick, H. · Final report prepared for the U.S. Department of Interior, National Park Service, Pacific Islands Coral Reef Program, Honolulu. 58 pp.

p. 14basalt tide pool habitat extended 40 meters beyond the low tide mark. The majority of species recorded were located in the low intertidal, with the gastropod Nerita picea

Contribution to the Hawaii Biological Survey

Kraus, F. · Report prepared for Pacific Cooperative Studies Unit, Honolulu. 16 p.

p. 12Hawai'i Volcanoes, Haleakala, and Kalaupapa National Parks Unlikely to be a major threat to HALE because populations should be restricted to the lowland alien forests

Contribution to the Hawaii Biological Survey

Evenhuis, N.L. · Bishop Museum Occasional Paper 83: 1-54.

p. 45laeviceps Perkins, 1910: 654, Anagyrus major Perkins, 1910: 652, Anagyrus major (Perkins), 1906: 255, Ectopiognatha [= Ooencyrtus] minor (Perkins), 1906: 255, Ectopiognatha [= Ooencyrtus] nigricans Perkins, 1910: 653, Anagyrus pachycephalus

Contribution to the Hawaii Biological Survey

Evenhuis, N.L. & Eldredge, L.G. (eds) · Bishop Museum Occasional Papers 88

p. 57this population of Cookeconcha hystricella in the Wai‘anae Mountains is of major significance. The population seems to be around a few hundred individuals, according to The Nature

Records of the Hawaii Biological Survey

Englund, R.A. & Arakaki, K.T. · Report prepared for Oceanit Laboratories, Inc., Honolulu, Hawai‘i. 16 p.

p. 5olau Mountain range. Mänoa and Pälolo Valleys contain the two major stream systems of the Ala Wai watershed, with Mänoa Stream containing a complex radial

Contribution to the Hawaii Biological Survey

Flint, O.S., R.A. Englund & B.R.. Kumashiro · Bishop Mus. Occas. Pap. 73: 31-40.

p. 7most aquatic plants entering Hawai‘i originate from Singapore, with the state a major trans-shipment point for plants destined for the mainland U.S.; however, some aquatic plants

Contribution to the Hawaii Biological Survey

Englund, R.A., D.A. Polhemus, F.G. Howarth & S.L. Montgomery · Final report. Prepared for Office of Mauna Kea Management, University of Hawaii, Hilo.49 p. [ high res pdf -- 1.9 MB ] [ low res pdf -- 568 KB ]

p. 32should be treated with great care because it is currently the last major unimpacted summit cone, and disturbance on this cone should be kept to a minimum. However

Contribution to the Hawaii Biological Survey

Evenhuis, N.L. · Bishop Mus. Occas. Pap. 70, 44 p.

p. 42madagascariensis, Senecio, 41: 24; 59: 11; 69: 4 madritensis, Bromus, 58: 25 major, Caesalpinia, 46: 11 major, Vinca, 69: 17 maliformis, Passiflora, 41: 43 mangle, Rhizophora

Contribution to the Hawaii Biological Survey

Evenhuis, N.L. & Eldredge, L.G. · Bishop Mus. Occas. Pap. 69, 52 p.

p. 19cleared area, near sea level, 11 May 1999, Starr & Martz 990511-1 . Vinca major L. New state record Native to the W. Mediterranean and widely cultivated

Contribution to the Hawaii Biological Survey

Nishida, G.M.& J.W. Beardsley · Bishop Mus. Occas. Pap. 68: 25-69.

p. 7existence of such a program is not documented. Ants are an unfortunate major, ubiquitous component of the Midway ecosystem. In some places, particularly Eastern Island, ants dominate. They

Contribution to the Hawaii Biological Survey

Evenhuis, N.L. & Eldredge, L.G. (eds) · Bishop Museum Occasional Papers 73

p. 39most aquatic plants entering Hawai‘i originate from Singapore, with the state a major trans-shipment point for plants destined for the mainland U.S.; however, some aquatic plants

Records of the Hawaii Biological Survey