634 67325 Churchill Park Drive: Lac La Biche Detached for sale : MLS®# A2316308

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Poplar Ridge Alberta Information

Plamondon is a hamlet in northern Alberta, Canada within Lac La Biche County.[2] It is located on Highway 858, approximately 3.0 km (1.9 mi) north of Highway 55, and has an elevation of 555 m (1,821 ft). The hamlet is located in Census Division No. 12 and in the federal riding of Fort McMurray—Cold Lake. The community was founded by Joseph Plamondon in 1908 and settled by primarily French-American and French Canadian pioneers. Most of the families that eventually settled there came from Provemont, Michigan (now Lake Leelanau in Leelanau County, Michigan) and from French-speaking areas of Ontario. This is mentioned in a 1991 interview with Cecelia Bussey.[3] North of Plamondon is Rossian. Rossian is a community of Old Believers (Old Ritualists), a Traditionalist Russian Orthodox sect whose ancestors broke from the Church after Patriarch Nikon’s reforms.[citation needed] The Great Schism of 1666, or Raskol, resulted over reforms in church ritual and translation intended to better align the practices of the Russian Church with Greek Orthodox practices.[citation needed] The Old Believers that live outside Plamondon are bezpopovtsy, or Priestless Old Believers, who believe that apostolic succession ended with Nikon’s apostasy and therefore have no clergy and refuse the Eucharist.[citation needed] Most of these families moved to the area in the mid 1970s from Woodburn, Oregon, which is also home to a large Old Believer community.[citation needed] Many also came from Xinjiang, China, by way of New Zealand, where they fled after the Bolshevik Revolution in Russia and the Chinese Revolution of 1949.[citation needed] In the 2021 Census of Population conducted by Statistics Canada, Plamondon had a population of 303 living in 120 of its 132 total private dwellings, a change of -27.2% from its 2016 population of 416. With a land area of 9.65 km2 (3.73 sq mi), it had a population density of 31.4/km2 (81.3/sq mi) in 2021.[1] As a designated place in the 2016 Census of Population conducted by Statistics Canada, Plamondon had a population of 348 living in 136 of its 172 total private dwellings, a change of 0.9% from its 2011 population of 345. With a land area of 1.96 km2 (0.76 sq mi), it had a population density of 177.6/km2 (459.9/sq mi) in 2016.[4] Lac La Biche County’s 2016 municipal census counted a population of 348 in Plamondon,[5] a 1.2% change from the hamlet’s 2013 municipal census population of 344.[6] Plamondon is also home for a sizable community of Russian Orthodox Old Believers. The main industries in the region are logging and farming. The community has two schools, Ecole Beausejour and Ecole Plamondon School, which draw students from the entire region. École Plamondon School, offers English, French immersion, and Russian classes. École Beausejour is a francophone school, with instruction surrounding with the francophone culture. There are two hotels, two banks, post office, indoor hockey arena with artificial ice, a museum, and a rather large church. The hamlet also holds an annual French hockey tournament called Hockey en Fête. Frontenacs of University of Alberta have won twice. A Canadian Mud Racing Organization (CMRO) event is also held annually at the Plamondon Mud Bog. Source: https://en.wikipedia.org/wiki/Plamondon,_Alberta

Poplar Ridge Alberta Homes MLS®

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Topsoil Depth (in) Alberta Source aafc slc version 3.2

Understanding Topsoil Depth in Alberta: Insights from AAFC SLC Version 3.2 Data

Topsoil depth is a critical factor for agricultural productivity, influencing water retention, nutrient availability, and root growth. The provided map of Alberta illustrates the topsoil depth in inches, highlighting significant regional variations. This analysis is based on data from the Agriculture and Agri-Food Canada (AAFC) Soil Landscapes of Canada (SLC) Version 3.2.

Key Observations

The topsoil depth in Western Alberta and the Rockies is generally shallow, ranging from 0 to 6 inches. This is due to the rugged terrain and erosional processes associated with mountainous regions. The shallow topsoil in these areas supports forests and natural vegetation rather than extensive agriculture.

Central Alberta, including areas around Edmonton and Red Deer, exhibits moderate to deep topsoil depths, generally between 8 to 14 inches. These depths are conducive to productive agriculture, supporting a variety of crops. The deeper topsoil in central regions contributes to higher agricultural yields and sustainable farming practices.

In Southern and Eastern Alberta, regions such as Calgary and areas towards the Saskatchewan border show variable topsoil depths ranging from 6 to 10 inches. While suitable for agriculture, these areas may require careful soil management to maintain productivity. Areas with shallower topsoil are more drought-resistant and may need irrigation and soil conservation practices.

Regional Analysis

The Rocky Mountain Influence is evident in the shallow topsoil of the Rocky Mountain foothills, resulting from the rocky and rugged terrain, limiting soil accumulation. These areas are more suited to forest growth and natural vegetation rather than intensive agriculture.

In contrast, the Prairie Conditions in central Alberta benefit from moderate to deep topsoil, which is ideal for crop production and supports Alberta’s agricultural economy. Maintaining topsoil depth through conservation practices is essential for sustaining long-term agrarian productivity in these areas.

Implications for Agriculture

Understanding topsoil depth is crucial for effective soil management practices, including crop selection, irrigation, and fertilization. Farmers can use this data to optimize their farming practices, choosing crops suited to the available topsoil depth and implementing appropriate soil conservation measures. Deeper topsoil improves water retention and nutrient availability, which is essential for healthy crop growth and high yields.

Conclusion

The topsoil depth map of Alberta reveals significant regional variations influenced by geographical features such as the Rocky Mountains and the fertile plains of central Alberta. Understanding these variations is crucial for optimizing agricultural practices and ensuring sustainable farming. By leveraging this data, farmers can improve crop yields, manage soil health, and enhance overall agrarian productivity in Alberta.

Sources

Agriculture and Agri-Food Canada (AAFC) Soil Landscapes of Canada (SLC) Version 3.2 Data
Alberta Agriculture and Forestry

Saskatchewan Rm’s SCIC Average Soil Rating

Soil Class Average for Each RM in Saskatchewan: A-P Rating System

The map showing the soil class average for each Rural Municipality (RM) in Saskatchewan uses the A-P rating system, where A represents the best soil quality and P represents the lowest. This classification helps understand the agricultural potential and soil health across the province.

Key Features of the Map

A-P Rating System:

A Rating: Soils with the highest agricultural productivity potential. These soils are rich in nutrients, have good structure, and have excellent moisture retention.

P Rating: Soils with the lowest agricultural productivity potential. These may have poor fertility, high salinity, or drainage issues.

Geographical Distribution:

The map highlights the variability in soil quality across Saskatchewan. Areas with higher ratings (A, B, C) are often more suitable for intensive agriculture.

Agricultural Zones: High-quality soils predominantly support major agricultural activities in the central and southern regions of the province.

Implications for Agriculture:

Crop Selection: Farmers can use this information to select appropriate crops for their land, ensuring optimal yields.

Soil Management: Identifying lower-quality soils (rated P, O, N) can help implement targeted soil improvement practices.

Applications of the Soil Class Map

Agricultural Planning:

Optimizing Crop Yields: Farmers can determine the best areas for different types of crops based on soil quality. High-rated soils (A, B) can support more demanding crops.

Sustainable Practices: Implementing crop rotation, cover cropping, and conservation tillage can help maintain soil health.

Land Management:

Resource Allocation: Land managers can allocate resources more effectively by focusing efforts on areas with high agricultural potential.

Policy Development: Policymakers can use the map to develop strategies for soil conservation and sustainable agricultural practices.

Conclusion

Using the A-P rating system, the soil class average map for each RM in Saskatchewan is a valuable tool for farmers, land managers, and policymakers. It provides essential insights into soil quality, helping to enhance agricultural productivity, implement sustainable practices, and conserve environmental resources.

Sources

Saskatchewan Crop Insurance Corporation (SCIC)

Agriculture and Agri-Food Canada (AAFC)

Canadian Soil Information Service (CanSIS)

For more detailed information and to view the full map, you can visit the Saskatchewan Crop Insurance Corporation (SCIC) and Canadian Soil Information Service (CanSIS).

7 Saskatchewan Rm’s that contain SCIC Soil rating A

Class A Soil in Saskatchewan

Class A soil is considered premium agricultural land, offering optimal conditions for crop production due to its superior fertility, structure, and moisture retention. In Saskatchewan, seven Rural Municipalities (RMs) are renowned for having Class A soil. These regions are pivotal to the province’s agricultural success.

The 7 RMs with Class A Soil in Saskatchewan

Star City (RM 428)

It is known for its rich, loamy soil, which supports a variety of crops, including wheat, canola, and barley.

Flett’s Springs (RM 429)

The fertile soil in this RM is ideal for grain and oilseed crops, which contribute significantly to the local economy.

Invergordon (RM 430)

The Class A soil supports diverse farming operations, including mixed grain farming and livestock production.

St. Louis (RM 431)

This area is known for its productive soil, which is well-suited for high-yield crop farming.

Kinistino (RM 459)

The fertile soil in Kinistino supports a robust agricultural sector, mainly cereal and oilseed production.

Birch Hills (RM 460)

Known for its excellent soil quality, Birch Hills is a prime location for high-value crop production.

Prince Albert (RM 461)

This RM benefits from rich, fertile soil that supports a wide range of agricultural activities, making it a vital area for the province’s farming industry.

Conclusion
The seven RMs in Saskatchewan with Class A soil are crucial to the province’s agricultural success. These regions provide optimal crop growth conditions, contributing significantly to the local economy and supporting sustainable farming practices. Recognizing and preserving the value of Class A soil is essential for the continued prosperity of Saskatchewan’s farming industry.

Sources
Saskatchewan Crop Insurance Corporation (SCIC)

CP Rail 1910 Land for sale in Central Alberta

The map titled “CP Rail Lands for Sale 1910 Central Alberta” is a historical document showcasing the lands offered for sale by the Canadian Pacific Railway Company (CPR) in Central Alberta around the year 1910. Here’s a detailed analysis of the historical context, significance, and features of this map:
Historical Context

Canadian Pacific Railway (CPR): Established in the late 19th century, the CPR played a pivotal role in the development and settlement of Western Canada. The railway facilitated transportation, trade, and migration, contributing significantly to the region’s economic growth.
Land Sales: The CPR was granted extensive land holdings by the Canadian government as part of the incentives to build the transcontinental railway. These lands were then sold to settlers, immigrants, and investors to finance railway construction and operations.
Features of the Map
Geographical Coverage: The map covers Central Alberta, indicating the sections of land available for purchase. This region includes a mix of agricultural land and potential settlement areas.
Land Parcels: The red shading on the map indicates the specific parcels of land that were for sale. Each parcel is meticulously plotted, showing the systematic approach to land distribution.
Sectional Grid: The map uses a sectional grid system common in land surveying, dividing the area into manageable units for sale and development. This grid system was essential for organizing the vast tracts of land and making them accessible to buyers.
Transportation Routes: The map highlights major transportation routes, including railways and roads, which were crucial for accessing the land and facilitating movement of goods and people.
Topographical Features: Natural features such as rivers, lakes, and terrain types are marked on the map, providing prospective buyers with important information about the land’s characteristics and suitability for farming or other uses.
Significance
Settlement and Development: The sale of CPR lands was instrumental in populating and developing Central Alberta. It attracted settlers from various parts of Canada and abroad, contributing to the growth of agricultural communities.
Economic Impact: The proceeds from land sales helped finance the construction and expansion of the CPR, which in turn boosted economic activities by connecting remote areas to markets and resources.
Historical Record: Maps like these serve as valuable historical records, offering insights into land use, settlement patterns, and the economic strategies of the early 20th century. They are crucial for understanding the transformation of Western Canada from a frontier region to a developed agricultural and economic hub.
Conclusion
The “CP Rail Lands for Sale 1910 Central Alberta” map is a testament to the strategic role of the Canadian Pacific Railway in shaping the settlement and development of Western Canada. By selling land to settlers, the CPR not only financed its operations but also facilitated the growth of thriving communities in Central Alberta. This historical map provides a glimpse into the land distribution practices and the early development of the region, highlighting the interconnectedness of transportation, land use, and economic growth.
Additional Resources
For further reading and exploration of historical maps and the role of the Canadian Pacific Railway in Canadian history, you can refer to:
Historical Atlas of Canada

1967 Detailed Soil map for Saskatchewan

Saskatchewan Detailed Soil Map from 1967: A Historical Perspective

The Saskatchewan Detailed Soil Map from 1967, created by R. C. McKinnon, L. J. Schappert, and R. R. D. Cumming, is an invaluable resource for understanding the diverse soil types and their distribution across the province. This map, available through the Canadian Soil Information Service (CanSIS) and Agriculture and Agri-Food Canada (AAFC), offers detailed insights into the soil landscapes of Saskatchewan.

Key Features of the Map

Soil Classification:

The map categorizes soils into various types, each represented by distinct colors and patterns. These classifications include Brunisolic, Chernozemic, Gleysolic, Luvisolic, Organic, and Solonetzic soils.

Orthic Gray: These soils are predominantly found in the northern forested regions, indicated in blue on the map.

Black and Dark Brown: Fertile soils in agricultural areas are shown in darker shades, crucial for crop production.

Soil Texture and Composition:

Information on soil texture, such as loam, sandy loam, and clay loam, is detailed on the map. This is vital for understanding soil fertility, water retention, and suitability for different crops.

Rough Broken Land: Identified in specific regions, these areas have significant elevation changes and are less suitable for agriculture.

Saline and Solonetzic Soils:

The map marks areas with saline and Solonetzic soils, which pose challenges for agriculture due to high salt content and poor soil structure. These regions require careful management and are highlighted to aid in agricultural planning.

Importance of the Map

Agricultural Planning:

Farmers and agronomists can utilize this map to identify suitable areas for various crops based on soil type and texture, optimizing crop selection, irrigation, and soil conservation practices.

Environmental Conservation:

The map assists in identifying areas that need protection and sustainable management practices to prevent soil degradation and erosion, contributing to environmental conservation efforts.

Historical Reference:

The 1967 soil map provides a historical reference point for soil studies, allowing comparisons with modern data to assess changes in soil health and land use over time.

Conclusion

The 1967 detailed soil map of Saskatchewan remains a crucial tool for anyone involved in agriculture, land management, and environmental conservation. By providing detailed information on soil types, textures, and topographical features, it aids in making informed decisions for sustainable land use and agricultural productivity.

Sources

Saskatchewan Soil Information System

Agriculture and Agri-Food Canada (AAFC)

Open Government Portal

Farm address count per postal code Alberta, Saskatchewan, Manitoba

Farm Count per Postal Code:

Alberta, Saskatchewan, Manitoba
The map illustrates farm density across Alberta, Saskatchewan, and Manitoba, measured by the number of farms per postal code. This representation helps identify areas with high agricultural activity and regions with fewer farms, highlighting the distribution of farming operations in these provinces. Canada Post is the data source for this map.
Key Features of the Map

Farm Density Representation:

Color Gradient: The map uses a color gradient to show farm density. Darker colors indicate higher farm densities, while lighter colors show lower densities.
Farm Count Range: The farm counts range from 1 to over 600 farms per postal code, with the highest densities in dark red.

Geographical Distribution:

High-Density Areas: Regions with darker colors, indicating higher farm densities, are primarily found in the southern and central parts of Alberta, Saskatchewan, and southern Manitoba.

Low-Density Areas: Northern regions and areas with fewer postal codes show lighter colors, indicating fewer farms.

Data Sources:

Canada Post: Provides the postal code data, ensuring accurate representation of farm distribution.
Agricultural Statistics: Supplementary data from agricultural agencies and Statistics Canada help validate the farm counts.
Applications of the Farm Density Map

Agricultural Planning:

Resource Allocation: The map helps allocate agricultural resources such as seeds, fertilizers, and machinery. Areas with higher farm densities may need more resources and support services.
Infrastructure Development: Identifying high-density farming areas can guide agricultural infrastructure development like roads, storage facilities, and irrigation systems.

Market Analysis:

Supply Chain Optimization: Businesses can use the map to optimize supply chains by identifying regions with high agricultural output, ensuring efficient distribution of goods and services.
Investment Decisions: Investors can use farm density data to identify promising regions for agricultural investments, supporting new ventures and expansions.

Policy Making:

Support Programs: Policymakers can design targeted support programs for farmers based on density, focusing on areas with high farming activity to enhance productivity and sustainability.
Rural Development: The map can inform rural development strategies, ensuring balanced growth and addressing the needs of farming communities.
Conclusion
The farm count per postal code map for Alberta, Saskatchewan, and Manitoba is essential for farmers, agronomists, businesses, and policymakers. By providing a clear picture of farm density, it supports informed decision-making in agricultural planning, market analysis, and policy development.
Sources
Canada Post
Statistics Canada
Government of Saskatchewan Agriculture
For more detailed information and access to the complete data, you can visit the Canada Post and Statistics Canada websites.

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634 67325 Churchill Park Drive
Lac La Biche Lac La Biche T0A 2C0

$929,000
Residential beds: 4 baths: 4.0 2,632 sq. ft. built: 2000

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Poplar Ridge Alberta Information

Poplar Ridge Alberta Homes MLS®

Steve LeBlanc

Maps | Data | Information

Topsoil Depth (in) Alberta Source aafc slc version 3.2

Saskatchewan Rm’s SCIC Average Soil Rating

7 Saskatchewan Rm’s that contain SCIC Soil rating A

CP Rail 1910 Land for sale in Central Alberta

1967 Detailed Soil map for Saskatchewan

Farm address count per postal code Alberta, Saskatchewan, Manitoba

Click on listing for more info

Steve LeBlanc

Poplar Ridge Alberta Homes For Sale

Alberta MLS® Search

634 67325 Churchill Park Drive Lac La Biche Lac La Biche T0A 2C0

$929,000 Residential beds: 4 baths: 4.0 2,632 sq. ft. built: 2000

Schedule a viewing:

Virtual Tour

Additional Images

Virtual Tour

Poplar Ridge Alberta Information

Poplar Ridge Alberta Homes MLS®

Steve LeBlanc

Maps | Data | Information

Topsoil Depth (in) Alberta Source aafc slc version 3.2

Saskatchewan Rm’s SCIC Average Soil Rating

7 Saskatchewan Rm’s that contain SCIC Soil rating A

CP Rail 1910 Land for sale in Central Alberta

1967 Detailed Soil map for Saskatchewan

Farm address count per postal code Alberta, Saskatchewan, Manitoba

Click on listing for more info

Steve LeBlanc

634 67325 Churchill Park Drive
Lac La Biche Lac La Biche T0A 2C0

$929,000
Residential beds: 4 baths: 4.0 2,632 sq. ft. built: 2000