Principal Investigator:Wilson, Mark V.H. Licensed Year(s):2013
1998
19961990 Summary:
The objectives of the research are 1) to collect remains of Silurian and Devonian fishes, and 2) to collect remains of Silurian trilobites. Activities are limited to travel, residence at camp locations and collection of fossils. Helicopters will be used to access camp sites. We plan to land at Avalanche Lake on July 15, spending 6 days collecting fossils at Avalanche Lake, followed by one day of t...
Principal Investigator:Pratt, Brian R. Licensed Year(s):201220022000
1998
Summary:
Outcrops in the Mackenzie Mountains preserve an almost uninterrupted sequence of strata of Cambrian age. This study aims to collect in bed-by-bed detail the trilobite fossils from the Rockslide Formation, the Middle Cambrian portion of the sequence. The taxonomy and biostratigraphy of these fossils will generate a refined time scale for this part of the geologic column, some half a billion years o...
Principal Investigator:Steinecke, Karin Licensed Year(s):
1998
1997 Summary:
The project will focus on understanding, analyzing and evaluating the reactions of the northern boreal forest ecosystems in the Great Slave Lake region due to man made stress of mining, settlement and connecting activities. The project will try to develop some general conclusions, statements and model systems. The research team (2 persons) will come from Europe to Yellowknife by plane. The base wi...
Principal Investigator:Hebert, Paul Licensed Year(s):
1997
Summary:
Our research will involve the survey of zooplankton communities in lakes and ponds of the Mackenzie Delta area (Inuvialuit private lands). Samples will be collected by either wading in ponds or by towing at net behind a float equipped helicopter. Samples will be frozen in liquid nitrogen, and subsequently examined for genetic variation. Our work aims to establish the species diversity of zoopla...
Principal Investigator:Gerrits, Martin Licensed Year(s):
1994
Summary:
The researchers are interested in understanding how prolonged cold conditions and reduced food availability in winter affect char. Sea-run char must increase their fat levels so that they have enough energy stored for overwintering and reproduction. Research activities will also include collecting fish and invertebrate specimens to make comparisons about cold tolerance and diet of these specimen...
Principal Investigator:Sekarak, Aaron Licensed Year(s):
1988
Summary:
Dr. Sekarak and his team will be collecting samples of plankton and ocean water from the Canadian Beaufort Sea coastline. These samples will be brought back to the Inuvik laboratory for analysis. At Shingle Point, the researchers will also be recording weather conditions and the temperature, clarity, and salt content of the ocean. They hope to use this information to find out more about importa...
Principal Investigator:Boileau, Marc G. Licensed Year(s):
1988
19871986 Summary:
To investigate the ecology and population genetics of crustacean zooplankton; to study the genetic diversity of the major species of copepods and their dispersal since deglaciation; to clarify the taxonomy and improve distribution records....
Principal Investigator:Welch, Harold Licensed Year(s):1993199219911990
1988
1987 Summary:
To study productivity of marine mammal food chains in Barrow Strait; emphasis in 1988 to be on Arctic cod, clams and the pelagic amphipod, "Parathemisto"...
Principal Investigator:Hebert, Paul D.N. Licensed Year(s):
1987
Summary:
To continue work on the genetics and ecology of arctic freshwater organisms during 1987. To assess the levels of genetic diversity in ostracode populations, distributional patterns of the dominant ostracodes, while supplementary studies will examine the ecology of ostracode crustaceans and turbellarian flatworms. In addition small samples (5-10 individuals)of Salvelinus namaycush will be obtaine...
Principal Investigator:Zinsmeister, William J. Licensed Year(s):1988
1987
Summary:
To determine: (1) the composition of the marine invertebrate faunas of the Eureka Sound Formation; (2) the stratigraphic distribution of individual taxa so that a biostratigraphic zonation could be established; (3) the biogeographic relationships of the faunas of the Eureka Sound Formation with temporal faunas of the North Atlantic....