... copepods in a large, temperate estuary (San Francisco Bay, CA) MEPS 257:139-158 | Full text i... more ... copepods in a large, temperate estuary (San Francisco Bay, CA) MEPS 257:139-158 | Full text in pdf format. ... Bradbury IR, Snelgrove PVR, Pepin P Passive and active behavioural contributions to patchiness and spatial pattern during the early life history of marine fishes MEPS ...
In response to growing public perception of need for management of river, stream, and estuarine r... more In response to growing public perception of need for management of river, stream, and estuarine resources on Kauai's North Shore, funds were appropriated by the 1988 State Legislature to implement baseline studies of the Hanalei River estuary and other north shore rivers on ...
... Ovarian matura-tion stages examined over a 29-month period suggest that members of the stock ... more ... Ovarian matura-tion stages examined over a 29-month period suggest that members of the stock spawned at different times within the ... Undisturbed A. guamensis typically stayed close to the nest, tended the egg mass and defended it against the voracious egg predator, Kuhlia ...
... Until then the question remains un-answered. References Barnes DJ (1970) Coralskeletons: An e... more ... Until then the question remains un-answered. References Barnes DJ (1970) Coralskeletons: An explanation of their growth and structure. ... Mar Ecol Prog Ser 7:207-226 Hughes TP, Jackson JBC (1980) Do corms lie about their age? ...
Department of Land and Natural Resources Division of Water and Land Development Grant/Contract No... more Department of Land and Natural Resources Division of Water and Land Development Grant/Contract No. 16732,17566 An evaluation of the Instream Flow Incremental Methodology (IFIM) was carried out to assess the applicability of this technique to Hawaiian streams. Hydraulic simulations were made for two study reaches on Nanue Stream, Hawaii, and one study reach on Wainiha River, Kauai. Four simulations were carried out and compared: WSP used alone, IFG4 using several data sets, WSP and IFG4 in combination, and IFG4 using only a single data set. Habitat utilization and preference were determined for three stream gobies, Awaous stamineus, Sicyopterus stimpsoni, and Lentipes concolor. IFIM was used with habitat data for S. stimpsoni to determine weighted usable area and to carry out time series analyses for Wainiha River. Results of the hydraulic simulations indicate that IFG4 using several data sets yields the best simulation of stream hydraulics. The WSP simulation program does not appear...
For the dinoflagellates, an important group of single-cell protists, some nuclear rDNA phylogenet... more For the dinoflagellates, an important group of single-cell protists, some nuclear rDNA phylogenetic studies have reported the discovery of rDNA pseudogenes. However, it is unknown if these aberrant molecules are confined to free-living taxa or occur in other members of the group. We have cultured a strain of symbiotic dinoflagellate, belonging to the genus Symbiodinium, which produces three distinct amplicons following PCR for nuclear small subunit (18S) rDNA genes. These amplicons contribute to a unique restriction fragment length polymorphism pattern diagnostic for this particular strain. Sequence analyses revealed that the largest amplicon was the expected region of 18S-rDNA, while the two smaller amplicons are Symbiodinium nuclear 18S-rDNA genes that contain single long tracts of nucleotide deletions. Reverse transcription (RT)-PCR experiments did not detect RNA transcripts of these latter genes, suggesting that these molecules represent the first report of nuclear 18S-rDNA pseudogenes from the genome of Symbiodinium. As in the free-living dinoflagellates, nuclear rDNA pseudogenes are effective indicators of unique Symbiodinium strains. Furthermore, the evolutionary pattern of dinoflagellate nuclear rDNA pseudogenes appears to be unique among organisms studied to date, and future studies of these unusual molecules will provide insight on the cellular biology and genomic evolution of these protists.
... copepods in a large, temperate estuary (San Francisco Bay, CA) MEPS 257:139-158 | Full text i... more ... copepods in a large, temperate estuary (San Francisco Bay, CA) MEPS 257:139-158 | Full text in pdf format. ... Bradbury IR, Snelgrove PVR, Pepin P Passive and active behavioural contributions to patchiness and spatial pattern during the early life history of marine fishes MEPS ...
In response to growing public perception of need for management of river, stream, and estuarine r... more In response to growing public perception of need for management of river, stream, and estuarine resources on Kauai's North Shore, funds were appropriated by the 1988 State Legislature to implement baseline studies of the Hanalei River estuary and other north shore rivers on ...
... Ovarian matura-tion stages examined over a 29-month period suggest that members of the stock ... more ... Ovarian matura-tion stages examined over a 29-month period suggest that members of the stock spawned at different times within the ... Undisturbed A. guamensis typically stayed close to the nest, tended the egg mass and defended it against the voracious egg predator, Kuhlia ...
... Until then the question remains un-answered. References Barnes DJ (1970) Coralskeletons: An e... more ... Until then the question remains un-answered. References Barnes DJ (1970) Coralskeletons: An explanation of their growth and structure. ... Mar Ecol Prog Ser 7:207-226 Hughes TP, Jackson JBC (1980) Do corms lie about their age? ...
Department of Land and Natural Resources Division of Water and Land Development Grant/Contract No... more Department of Land and Natural Resources Division of Water and Land Development Grant/Contract No. 16732,17566 An evaluation of the Instream Flow Incremental Methodology (IFIM) was carried out to assess the applicability of this technique to Hawaiian streams. Hydraulic simulations were made for two study reaches on Nanue Stream, Hawaii, and one study reach on Wainiha River, Kauai. Four simulations were carried out and compared: WSP used alone, IFG4 using several data sets, WSP and IFG4 in combination, and IFG4 using only a single data set. Habitat utilization and preference were determined for three stream gobies, Awaous stamineus, Sicyopterus stimpsoni, and Lentipes concolor. IFIM was used with habitat data for S. stimpsoni to determine weighted usable area and to carry out time series analyses for Wainiha River. Results of the hydraulic simulations indicate that IFG4 using several data sets yields the best simulation of stream hydraulics. The WSP simulation program does not appear...
For the dinoflagellates, an important group of single-cell protists, some nuclear rDNA phylogenet... more For the dinoflagellates, an important group of single-cell protists, some nuclear rDNA phylogenetic studies have reported the discovery of rDNA pseudogenes. However, it is unknown if these aberrant molecules are confined to free-living taxa or occur in other members of the group. We have cultured a strain of symbiotic dinoflagellate, belonging to the genus Symbiodinium, which produces three distinct amplicons following PCR for nuclear small subunit (18S) rDNA genes. These amplicons contribute to a unique restriction fragment length polymorphism pattern diagnostic for this particular strain. Sequence analyses revealed that the largest amplicon was the expected region of 18S-rDNA, while the two smaller amplicons are Symbiodinium nuclear 18S-rDNA genes that contain single long tracts of nucleotide deletions. Reverse transcription (RT)-PCR experiments did not detect RNA transcripts of these latter genes, suggesting that these molecules represent the first report of nuclear 18S-rDNA pseudogenes from the genome of Symbiodinium. As in the free-living dinoflagellates, nuclear rDNA pseudogenes are effective indicators of unique Symbiodinium strains. Furthermore, the evolutionary pattern of dinoflagellate nuclear rDNA pseudogenes appears to be unique among organisms studied to date, and future studies of these unusual molecules will provide insight on the cellular biology and genomic evolution of these protists.
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