Identifying and measuring the ecosystem and their economic value in a shade grown Mate Plantation/Atlantic rain forest restoration venture.

Guayaki is an American tea company looking for areas to showcase their environmental restoration and conservation initiatives and attract potential investors. By assessing the ecosystem services they have been working to conserve, ecosystem marketplaces will be able interpret the economic value of Guayaki‟s environmental initiatives. The Canadian owned resource management group Spectrum Resource Group would like to explore the opportunity of expanding into the ecosystem service assessment area.

Development of a Sample Preservation and DNA Extraction Buffer for C-POD™

Sample preparation for DNA extraction is labour intensive, tedious and a recognized bottleneck and impediment to high throughput automated DNA profiling. The organization sponsor, DNA Ident Inc., has a uniquely designed sample collection container (C‐POD) developed to capture DNA and to streamline sample preparation. The proposed project will develop DNA stabilization formulae for use as an embedded component of the C‐POD sampler. Extraction methodologies will be utilized to reduce reagent volumes, improve the time for DNA testing and cut the cost associated with DNA profiling.

Potential of the Rynaxypyrine Insecticide – Cyazypyr™ as a Seed Treatment on Canola for the Control of Canola Flea Beetle and its Non-target Effect on Honey Bee Foragers

Two specifies of flea beetles attack canola. Overwintering adults feed on canola seedlings, 1st generation larvae on the roots and adults on the mature crop from August to October. There is one generation a year in western Canada, and one or two in southern Ontario. Crop losses in North America as a result of crucifer flea beetle damage are estimated to exceed $300 million a year. Current control measures comprise seed treatments, often used in combination with soil applied granular or foliar insecticide applications should the seed treatment not provide sufficient control.

An individual-based model of the Cape Breton Island American marten (Martes mericana) population and habitat usage of released individuals

The American marten is a mink sized member of the weasel family. The Cape Breton Island population is believed to consist of fewer than 50 individuals. The Nova Scotia Department of Natural Resources (NSDNR; partner organization) have already begun efforts to augment the population in association with other partners. Individual based models (IBMs) are used to simulate population level processes (e.g. persistence, distribution) through cumulative individual life histories (e.g. reproduction, dispersal, mortality) in a virtual habitat.

The preindustrial forest of the Mauricie, Quebec: what did it look like and how does the current forest differ? Providing guidance for ecosystem management

In light of the current crisis in our forests, there has been a general push towards ecosystem management, in which forests are managed for ecological as well as social and economic values. One way to accomplish this may be for management to emulate natural disturbance patterns, thus creating a forest similar to the natural forest. Unfortunately, industrial exploitation has been so extensive that it is often impossible to tell what the natural forest should look like without extensive research on natural disturbance patterns and historical forest composition.

Developments of a novel agricultural-based approach for producing high levels of stearidonic acid

The objective of this project is to develop a novel agricultural‐based approach for producing high levels of stearidonic acid (SDA)‐containing seed oil in plants using co‐cultivation with microbial inoculants. Production of seed oil enriched in SDA, a dietary product possessing proven health benefits, is promising for use as animal and human diet supplements. SDA has been found in plant species and cultivars belonging to the Boraginaceae family that have significant potential for development into commercially viable crops.

Natural gas development and grassland songbird abundance in Southwestern Saskatchewan: the impact of gas wells and cumulative effects

Native prairie is critical to the survival of avian grassland specialists. This internship will determine the extent to which recent natural gas development on native grasslands in Southwestern Saskatchewan influences grassland songbird abundance. Natural gas activity may negatively affect bird abundance via habitat degradation (well density, noise pollution, human disturbance, exotic species, soil compaction, gas wells etc.) and loss.

Influence of nuclear cytoplasmic interactions on developmental competence of bison

Somatic cell nuclear transfer (SCNT) is a unique technology that allows the preservation of the entire genome from an individual, thereby avoiding dilution of valuable alleles. This is an important criterion in endangered species preservation. Our interest in the Canadian wood bison, a threatened species, has brought us to consider the application of SCNT as a method for embryo production and genome preservation. This project will evaluate the developmental competence of bison embryos produced by interspecies SCNT, whereby a bison donor cell is transplanted into a domestic cattle oocyte.

Cellular factors influencing the developmental potential of pure and hybrid bison

Assisted reproductive technologies can provide unique alternatives for wildlife managers interested in preserving genetically valuable individuals. The Canadian wood bison, currently listed as threatened, will benefit greatly from the use of in vitro fertilization and embryo banking as a method for producing genetically healthy, disease‐free herds. However, minimal or non‐existent knowledge of the fundamental aspects of reproductive biology has limited the success of reproductive technologies in non‐domestic species.

Hydrodynamic impacts on walleye (sander vitreus) egg and larval distribution and survival in

The primary determinant of fish population size accessible for fisheries is the survival beyond the egg and larval stages. To estimate the number of fish available for harvest therefore, modelers must be able to accurately predict the percent of fish that survive these early life stages. Many species, such as walleye, must reside in nursery areas to survive the larval stage and current flow is a major factor determining their retention in these areas.

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