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1927-1928 Aerial Photos of Oʻahu and Kauaʻi (poster)
No full text1 print (poster) : color ; 91.5 x 112 cm. Created for a Poster Exhibit on the 1927-28 aerial photos of Oʻahu and Kauaʻi, an update to the georeferencing project that was started in 2006. Presented at the Pacific Rim Geospatial Conference on March 16-17, 2023 at Ala Moana Hotel. The conference was jointly organized by the Hawaiʻi Geographic Information Coordinating Council (HIGICC), the Hawaiʻi Land Surveyor Association (HLSA), and the Alaska Land Surveyor Association (ALSA). Visit MAGIS's 1927/1928 Aerial Photos of Oʻahu and Kauaʻi project and index for a full description of the project
Okinawa 1:4,800, Introduction
No full textScale 1:4,800. Transverse Mercator projection, (E 127°38ʹ--E 127°56ʹ/N 26°27ʹ--N 26°04ʹ). 232 maps : color ; 39 x 35 cm, on sheet 57 x 51 cm. Relief shown by contours and spot heights. Sheets separately numbered and subtitled, e.g. Sheet 1, Bolo Point west. "64th Engr Base Topo BN-BN 1309-K6-10/51-2M." "Five hundred meter Universal transverse Mercator grid, Bessel spheroid, Zone 52." Accompanied by materials, folded in cover 38 x 24 cm. / U.S. Army Map Service, Far East. Okinawa 1:4,800.: Index sheet. 1 sheet ; 34 cm. -- Map series listing. 6 sheets ; 36 cm. Includes sheet index. Accompanied by sheets of information "Okinawa 1:4,800 missing sheets." University of Hawai'i set contains 195 sheets and is missing accompanying materials
Book review: The Moʻolelo Hawaiʻi of Davida Malo Volume 1: Ka ʻŌlelo Kumu & The Moʻolelo Hawaiʻi of Davida Malo Volume 2: Hawaiian Text and Translation
No full textU.S. Congressman Kahele to preside over first U.S. House proceedings following election as Speaker Pro-Tempore
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Kahele introduces legislation to return Mākua Military Reservation to the state of Hawaiʻi
No full textComparative analysis of differential gene expression in two species of crucian carps in response to Cyprinid herpesvirus 2 (CyHV-2) infection
Get PDFWe assessed the expressions of MHCI, LYZC, keratin8, MPO, DUSP1, IκBα, Rab21, and Rac2 between two species of carps (Erqisi river crucian carp and allogynogenetic crucian carp) after Cyprinid herpesvirus 2 (CyHV-2) infection. The relative expressions of MHCI, LYZC, and keratin8 in the virus-challenged groups were significantly higher than control groups. Moreover, the expression of IκBα in the virus-challenged groups was significantly lower than in the control groups. Compared with the virus-challenged ERO group, the expression of IκBα in the virus-challenged ZHO group decreased. The expression of Rab21 in the virus-challenged groups gradually increased and was significantly higher than in the control groups, and then its expression began to decrease after 24 h. At 72 h, the expression of IκBα in both virus-challenged groups was significantly lower than in the control groups. In addition, the expression of Rab21 in the virus-challenged ZHO group was significantly higher than the virus-challenged ERO group at all time points except for 72 h. Before 24 h, the expression of Rac2 remained unchanged in these four groups, and its expression in the virus-challenged ZHO group was significantly higher than in the other three groups. Nevertheless, its expression began to decrease after 24 h but was still slightly higher than the control group at 72 h. MPO showed a similar expression pattern as Rac2. The expression of DUSP1 in the four groups was the same at 0 h. However, its expression in the virus-challenged ZHO group was significantly higher than in the other three groups at other time points
Effects of thermal stratification and mixing on the vertical distribution of dissolved oxygen in aquaculture ponds
Get PDFThermal stratification and mixing in aquaculture ponds can seriously affect the vertical distribution of dissolved oxygen (DO) and result in a lack of DO in ponds. Therefore, revealing the vertical distribution of DO in aquaculture ponds influenced by thermal stratification and mixing can provide a theoretical basis for aquaculture water management. Here, we explore the impacts of thermal stratification and mixing on the vertical distribution of DO in two aquaculture ponds under different weather conditions. The results showed that thermal stratification mainly occurs during the daytime, and mixing occurs at nighttime. Water thermal stratification appears 4 h after sunrise, while mixing occurs 1 h after nightfall. When the Richardson index is less than 0.25, the mixing direction is unstable. In the daytime, the vertical distribution of DO, chlorophyll a (Chl-a), and phytoplankton abundance varied with thermal stratification and mixing. The concentration of DO gradually dropped with increasing water depth during the nighttime. The concentration of DO was lowest in the early morning and peaked in the afternoon. Multiple regression analysis demonstrated that water temperature (WT), Chl-a, and phytoplankton abundance provided the best model for the vertical distribution of DO. Based on our results, DO regulation can provide important insights for aquaculture pond management