The Library

Coles, S.L., R.C. DeFelice & L.G. Eldredge · Bishop Mus. Tech. Rep. 24, 353 p.

p. 36Additional Sorensen Similarity analyses (not shown) ran for combined invertebrates, fishes, and the major taxonomic groups of sponges, polychaetes, gastropods, bivalves, pericarids, decapods, bryozoan and ascidians showed similar

Contribution to the Hawaii Biological Survey

Englund, R.A., D.J. Preston, G.A. Samuelson, K. Arakaki & N.L. Evenhuis · Report prepared for Koa Timber, Inc., Hawai‘i 30 p.

p. 5aquatic species from the commercial harvest of koa in Conservation District land. Six major streams flowing within the project area surveyed from south to north included Honoli

Contribution to the Hawaii Biological Survey

Evenhuis, N.L. & Eldredge, L.G. (eds) · Bishop Museum Occasional Papers 74

p. 39Neil Reimer and tentatively identified as Leptothorax sp. At that time, no major workers of this species had been collected, so the dimorphic quality of the species

Records of the Hawaii Biological Survey

Englund, R.A. · Odonatologica 30 (3): 255-263.

p. 6flood occurred in November 1995. “This success has not come without a major expenditure of money and time by U.S. government agencies such as the U.S. Department

Contribution to the Hawaii Biological Survey

Englund, R.A., D.J. Preston, N.L. Evenhuis, R.H. Cowie, C. Imada, C. Puttock, & K. Arakaki · Lower Wailoa River, Waipi‘o, County of Hawai‘i. Report prepared for USDA Natural Resources Conservation Service, Honolulu, Hawaii. 57 p.

p. 7lower reaches near the ocean (USGS 1995). The lower Wailoa River has five major tributaries located in the nearly inaccessible mountainous upper reaches of Waipi‘o Valley, respectively

Contribution to the Hawaii Biological Survey

Englund, R.A., D.A. Polhemus & D.J. Preston · Report prepared for Hawaii Department of Land and Natural Resources, Division of Aquatic Resources, Honoluu, Hawaii. Bishop Museum Technical Report 18: iv + 125 p.

p. 7maintain reproducing or hold-over populations in Waiakoali and KawaikˆÔ Streams. Another major objective of this study was to quantify the forage base and resource utilization patterns

Contribution to the Hawaii Biological Survey

Englund, R.A., K. Arakaki, D.J. Preston, S.L. Coles & L.G. Eldredge · Final report to Hawaii Department of Land and Natural Resources, Division of Aquatic Resources. Bishop Museum Technical Report 17: viii + 121 p.

p. 62aquatic organisms through the aquarium trade and from subsistence food introductions are the major new threats currently facing native aquatic species in Hawaii. Introductions via ballast water

Contribution to the Hawaii Biological Survey

Englund, R.A., D.J. Preston, R. Wolff, S.L. Coles, L.G. Eldredge & K. Arakaki · Final Report prepapred for the U.S. Navy. Bishop Museum Technical Report 16: x + 167 pp.

p. 71that poeciliid fish first introduced for mosquito control now appear to be the major cause for the extinction of endemic Megalagrion damselflies in low-elevation areas of Hawaiian

Contribution to the Hawaii Biological Survey

Cowie, R.H. · Biodiversity and Conservation 7: 349-368.

p. 17native snail fauna? Clearly, predation by Euglandina rosea has been of major signiÆ- cance (e.g. HadÆeld, 1986; HadÆeld et al ., 1993; Civeyrel and Simberlo€, 1996) and other predatory

Contribution to the Hawaii Biological Survey

Coles, S.L., R.C. DeFelice, L.G. Eldredge, J.T. Carlton, R.L. Pyle, & A. Suzumoto · Bishop Mus. Tech. Rep. 10

p. 16world, lying more than 2666 miles (4300 kilometers) from the nearest major landfalls in North America and the South Pacific and more than 3968 miles (6400 kilometers) from

Contribution to the Hawaii Biological Survey

Paulay, G. · Bishop Museum Occasional Paper 45: 18-29.

p. 1Their survey was also note- worthy in that it considered the vast majority of the species encountered to be endemic to Hawaii. They named every Hawaiian species known

Contribution to the Hawaii Biological Survey

Lorence, D.H., T.W. Flynn & W.L. Wagner · Bishop Museum Occasional Paper 41: 19-58.

p. 22major threats being the alien plant species Rubus rosifolius , Paspalum conjugatum , Pluchea carolinensis (Jacq.) G. Don, Melastoma candidum D. Don, and Erechtites vale- rianifolia (Wolf

Contribution to the Hawaii Biological Survey

Saxton, N.A., G.S. Powell, B. Rashni, C.R. Jensen, C.D. Beatty, D.A. Polhemus, M. Marinov, and S. Bybee · *Zoological Journal of the Linnean Society*

p. 11dark), paraproct configuration, broadly rounded mesostigmal plates, and penis shape, with the major difference being that the Pentecost spe- cimen has three post-discoidal cells. At the moment

Museum research publicationEntomology

Evenhuis, N.L. & Eldredge, L.G. (eds) · Bishop Museum Occasional Papers 156

p. 95previously been introduced to Cuba. Plantago rugelii is easily confused with P. major , and fruits must be examined to reliably separate these species. On P. rugelii the fruits

Records of the Hawaii Biological Survey

Roberts, J.R., F. Kraus, A. Allison, S.J. Richards, B. Iova, B. Tjaturadi, S. Ruane, and C.C. Austin · Zoological Journal of the Linnean Society

p. 13taxa as the earliest branching Tropidonophis, which is identical to our phylogenies; however, major discordance exists between our work and their monograph regarding the phylogenetic position

Museum research publicationVertebrate Zoology

Hansen, K.E., M. Opgenorth, T. Flynn, B. Kennedy, N. Rønsted, J.K. Olofsson, and J.B. Christopher · Conservation Science and Practice

p. 12material which yielded a verifiable ddRADseq library was 1 mg (KH-25) the majority of samples with such a small amount of leaf material did not produce sequencing

Museum research publicationBotany

Hill, E.C., M.J. Jarman, C.J. Fraser, D.F. Gao, E.R. Henry, A.R. Fisher, B. Iova, A. Allison, and M.A. Butler · Data in Brief

p. 3complemented by associated GPS and lifestyle data from 77 sites across all major geological sectors of New Guinea and several satellite islands. These data will be foundational

Museum research publicationPacific Center for Molecular BiodiversityVertebrate Zoology

Nguyen, L.A., Kim, J.R., DeLeon, K.L., Goulding, T.C., Hobbs, C.S., Kulvicki, H.A., Yeung, N.W. & Hayes, K.A. · In: Evenhuis, N.L. (ed.) Records of the Hawaii biological survey for 2021. Bishop Museum Occasional Papers 142: 39-48. [published online 24 February 2022]

p. 6from Maui) tested positive for RLW across the six major Hawaiian Islands. Similar levels of infection, 10% (1 of 10), were reported for L. fulica on Maui (Yeung

Contribution to the Hawaii Biological Survey

Evenhuis, N.L. & Eldredge, L.G. (eds) · Bishop Museum Occasional Papers 142

p. 46from Maui) tested positive for RLW across the six major Hawaiian Islands. Similar levels of infection, 10% (1 of 10), were reported for L. fulica on Maui (Yeung

Records of the Hawaii Biological Survey

Imada, C.T. & Kennedy, B.H. · In: Evenhuis, N.L. (ed.), Records of the Hawaii Biological Survey for 2019. Bishop Museum Occasional Papers 129: 67-92.

p. 13Poaceae [Note: Grasses can be notoriously difficult to identify, and the majority of the grass taxa treated below were not keyed out in Manual of the Flowering Plants

Contribution to the Hawaii Biological Survey

Howarth, F.G., Medeiros, M.J. & Stone, F. · In: Evenhuis, N.L. (ed.), Records of the Hawaii Biological Survey for 2019. Bishop Museum Occasional Papers 129: 37-54.

p. 13both scenarios are possible and not mutually exclusive (Medeiros et al . 2009). the majority of root biomass in young pahoehoe occurs in the intermediate-size voids that permeate

Contribution to the Hawaii Biological Survey

Evenhuis, N.L. & Eldredge, L.G. (eds) · Bishop Museum Occasional Papers 129

p. 51both scenarios are possible and not mutually exclusive (Medeiros et al . 2009). the majority of root biomass in young pahoehoe occurs in the intermediate-size voids that permeate

Records of the Hawaii Biological Survey

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

p. 6that survey, a total of 637 taxa were collected and identified. The majority of the taxa were found in Hālona Valley, which proved to harbor a rich

Contribution to the Hawaii Biological Survey

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 637 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