cm / hr. cultivated crop. - Annual Application cm.

Similar documents
Chapter D9. Irrigation scheduling

APPENDIX B CHARACTERIZATION OF SOILS AT TEST SITES

A SOIL TESTING SERVICE FOR FARMERS IN THAILAND, USING MOBILE LABORATORIES

NATURAL RESOURCES & NATURAL FEATURES

A perforated conduit such as pipe, tubing or tile installed beneath the ground to intercept and convey ground water. or structures.

NJ Interception Drainage

What is Soil Survey?

Guidelines for Control of Water Runoff on Small Lots. Revised 6/09

Application of GIS: A Case Study of the Cimanuk Watershed, West Java, Indonesia

Circular 390 Rev. November Soil Judging & Land Treatment

Universal Soil Erosion Equation

Basic Soil Erosion and Types

BMP 6.7.3: Soil Amendment & Restoration

Flash Flood Science. Chapter 2. What Is in This Chapter? Flash Flood Processes

Climate, Vegetation, and Landforms

Soil Sampling for Nutrient Management

Name: PLSOIL 105 & 106 First Hour Exam February 27, Part A. Place answers on bubble sheet. 2 pts. each.

OSU Extension FACT SHEET

Weathering, Erosion, and Soils. Weathering and Erosion. Weathering and Erosion

WATER CONSERVATION TECHNICAL BRIEFS

Soil Survey of Arlington County, Virginia

Fireline Rehabilitation on Donnelly Flats fire (B222) Summary: 7/1/99 R.R. Jandt

Reducing the Risk of Ground Water Contamination by Improving Livestock Holding Pen Management

SUSTAINABLE URBAN DRAINAGE SYSTEMS

Appendix D.1. Testing Requirements for Infiltration, Bioretention and Sand Filter Subsoils

GENERAL WATERING & CARE GUIDE

Soil Data and Interpretations for Applications in Food and Water Security

Various options are discussed below.these low cost, low impact interventions can also be applied as general erosion control methods.

ph is an expression of the concentration of hydrogen ions in solution

Ecosystems One or more communities in an area and the abiotic factors, including water, sunlight, oxygen, temperature, and soil.

Salinity Management and Soil Amendments for Southwestern Pecan Orchards

Preventing Basement Flooding

Waterwise Landscaping: Designing a Drought-tolerant (and deer-resistant) Landscape and Garden

Inherent Factors Affecting Soil Nitrogen

EFB / Online Wetland Restoration Techniques Class Syllabus

Introduction to Rainwater Harvesting. Department of Biological and Agricultural Engineering Texas A&M University

Calcium (Ca) and magnesium (Mg) are secondary nutrients, but they are

GUIDELINE 39 SEPTAGE, SUMP AND PIT WASTE, AND RESTAURANT GREASE TRAP WASTE MANAGEMENT

Land Disturbance, Erosion Control and Stormwater Management Checklist. Walworth County Land Conservation Department

Planning, Health and Environment Division

Earth Science. River Systems and Landforms GEOGRAPHY The Hydrologic Cycle. Introduction. Running Water. Chapter 14.

piles of debris that accumulate after a rain such as leaves, trash, twigs, etc., water stains on fences and buildings, or salts extruded on bricks,

Title: Call center and answering services for the medical & home health care industry

Outlet stabilization structure

Drainage A Crucial Component for Athletic Field Performance. Part Three: Sub-Surface Installed Drainage Systems

How To Prepare A Geotechnical Study For A Trunk Sewer Project In Lincoln, Nebraska

Siting and settlement: The most important way to protect shelter from floods is to build in a place that is unlikely to be flooded.

FARMING FUND: PROJECT

Underground Injection Control Storm Water Information

Tree Pits Operation & Maintenance Guide

Understanding Erosion. Revised Universal Soil Loss Equation

Adapt-N Guided Hands-on Exercise

Notes on Managing Phosphorus losses

How To Plan A Buffer Zone

Copyright Advanced Viticulture, Inc.

Vehicle Tracking Control (VTC)

WHAT YOU NEED TO KNOW ABOUT LIVING NEAR INDIANA COAL MINES

Forage Bermudagrass: Selection, Establishment and Management. Introduction

Homeowner s Guide to Maintaining a Sewage Treatment System

Hydrologic Soil Groups

9.00 THE USE OF HUNTER LAND DRAINAGE PERFORATED PIPES. Hunter Underground Systems

IAC 7/2/08 Utilities[199] Ch 9, p.1 CHAPTER 9 RESTORATION OF AGRICULTURAL LANDS DURING AND AFTER PIPELINE CONSTRUCTION

NATURAL RESOURCES CONSERVATION SERVICE CONSERVATION PRACTICE STANDARD SUBSURFACE DRAIN. (Ft.) CODE 606

Rain Gardens: Designing your Landscape to Protect Aquatic Resources. Curtis Hinman WSU Extension Faculty Watershed Ecologist

A Developer s Guide: Watershed-Wise Development

Maize is a major cereal grown and consumed in Uganda and in the countries of Kenya, Sudan, Democratic Republic of Congo and Rwanda

For all turfgrass areas. Now you can test soil reaction at different levels in the soil profile. Check Soil ph on:

Settlement of Foundations on Expansive Clays Due to Moisture Demand of Trees CIGMAT 2008

Environmental Stewardship. Producing a Soil Management Plan for Environmental Stewardship

Vulnerability Assessment

PRIVATE TREATMENT CONTROL BMP OPERATION AND MAINTENANCE VERIFICATION FORM BIORETENTION FACILITIES, VEGETATED SWALES & HIGHER RATE BIOFILTERS

WILLOCHRA BASIN GROUNDWATER STATUS REPORT

Chicago s Garden Roofs and Drainage / Water Retention

Final Report. Dixie Creek Restoration Project. Funded by Plumas Watershed Forum

Groundwater Flooding: a UK Perspective

Comments on: Middlesex School East Fields Athletics Drainage Calculations Samiotes Consultants, Inc., 16 November 2004

COMPREHENSIVE PLAN SECTION B, ELEMENT 4 WATER RESOURCES. April 20, 2010 EXHIBIT 1

Open Channel Flow in Aquaculture

various P levels for the past two years. Treatments were a one time application

PUBLICATION 8048 PLANTING. UNIVERSITY OF CALIFORNIA Agriculture and Natural Resources

Storm Water Runoff. Managing. A Self-Assessment Guide for Wisconsin Businesses. Storm water runoff is coming. This guide provides businesses

6. Base your answer to the following question on the graph below, which shows the average monthly temperature of two cities A and B.

Florida Department of Environmental Protection

GREEN ROOFS. Location. Design SMALL COMMERCIAL GUIDE CITY OF ATLANTA, GEORGIA DEPARTMENT OF WATERSHED MANAGEMENT

Igneous rocks formed when hot molten material (magma) cools and hardens (crystallizes).

All sediments have a source or provenance, a place or number of places of origin where they were produced.

Landscape Fertilizers: Selection, Handling, Application and Storage...

Guidelines for Applying Manure to Cropland and Pasture in Wisconsin

Storm Drain Inlet Protection for Construction Sites (1060)

GUIDELINES FOR SOIL FILTER MEDIA IN BIORETENTION SYSTEMS (Version 2.01) March 2008

MICRO IRRIGATION A technology to save water

Amazing World Under Our Feet

The Hydrologic Cycle. precipitation evaporation condensation transpiration infiltration surface runoff transport groundwater water table.

ORDINANCE NO. BE IT ORDAINED BY THE BOARD OF COUNTY COMMISSIONERS OF POLK COUNTY, A POLITICAL SUBDIVISION OF THE STATE OF FLORIDA THAT:

FOREST RESTORATION MONITORING TOOL

Horticulture Information Leaflet 33-E

Indiana State Department of Health Construction Guidelines for Gravity and Flood-Dose Trench Onsite Systems

How can you tell rocks apart?

FIELD MANAGEMENT PRACTICES

Interlocking Concrete Pavement Institute (ICPI) Model Stormwater Ordinance for Permeable Interlocking Concrete Pavements August 2010

Transcription:

BEDDIS SOILS (Orthfc Dystric Brunisol ) Locatfon - Occurs below 100 meters in elevation on well drained sandy fluvial terraces and old post glacial beaches. Texture - Loamy sand to sandy loam. Avaflable Water Storage Capacity - 9 cm / meter. Irrigation Application Rate - 1.4 cm / hr. grass crop. + - 0.75 cm / hr. cultivated crop. - Annual Application - 46.0 cm. Drainage - Rapid to moderately well. Compaction - Lower horizons are slightly compact but subsoiling is not usually required. Sloping areas are succeptible to erosion. Fertilizer - Strong to medium acid, requires lime. i n nitrogen. ~aturally dificient Suitability - Most crops. MINISTRY OF AGRICULTURE i FISHERIES

CHEMAINUS SOIL (Orthic Dystric Brunisol ) Location - Found on floodplains and low terraces along streams and rivers, such as the Nanaimo, Chemainus, Cowichan and Koksilah. Texture - S i l t loam, loam. Available Water Storage Capacity - 16.0 cm / meter. Irrigation Application Rate - 0.9 cm / hr. grass crop. 1. - 0.5 cm / hr. cultivated crop. - Annual Application - 31.0 cm. Drainage - Moderately well drained, water tables at 1 to 2 meter depth. Flooding may occur, dependant upon elevation. Compaction - Occasionally a concern on silt loam surfaces. possible if flooding.occurs. Water erosion Fertilizer - Medium acid. Soils are variabie in nitrogen content. Lime may be required for some crops. ~ t rtabil i ity - Well suited to a 'wide range o f agricultural crops.-.' a - prime agricultural soil. MINISTRY OF AGRICULTURE & FISHERIES

COMIAKEN SOIL (Cumul ic Regosal ) Location - Occurs level to very gently sloping floodplains along the Nanaimo, Chemainus, Cowichan and Koksilah rivers. Texture - Loamy sand, sandy loam, sand. Available Water Storage Capacity - 11 cm / meter. Irrigation Application Rate - 1.6 cm / hr. grass crop. - 0.9 cm / hr. cultivated crop. - Annual Application - 46.0 cm. Drainage - Glell to rapidly drained. Has an apparent water table at about 2 meters for most of the year. Erosion - Subject to channel i ng by seasonal frequent fl ooding. Fertilizer - Medium acid. Requires 1 ime for -various crops. Deficient in ni trogen. Suitability - With dyking, leveling and irrigation, these soils can support a wide range.of crops. Urban and related use's are not recommended because of the flood hazard. MINISTRY OF AGRICULTURE & FISHERIES

COWICHAN SOIL (Humic Luvic Gl eysol ) Location - Occurs below elevations of about 100 meters, in level to depressional areas on undulating marine sediments. Texture - S i l t loam, silty clay loam, silty clay. Available Water Storage Capacity - 22 cm / meter. Irrigation Application Rate 0.75 cm / hr. grass crop. - 0.40 cm / hr. cultivated crop. * - Annual Application - 32.0 cm. Drainage - Poorly drained and maintains a constantly perched water table to within 1.5 meters frqm the surface. Drainage is required to increase range of crops and productivity. Drain spacing should be 12 meters spacing at.9 meters in depth. Fertilizer - Medium acid. Fair to good fertility and has good organic matter levels, requires lime. - Suitability - Excess moisture during the Spring w i l l cause trafficabil i ty problems and planting delays. Winter ponding often kills or injures perennial crops. Historically suitable for hay and pasture. Urban and related uses severely constrained by high water tab1 e. MINISTRY OF AGRICULTURE L FISHERIES MINISTRY OF ENVIRONMENT L PARKS

CROFTON SOIL (Orthic Humic Gleysol ) Location - Found in depressional areas on recent floodplains and deltas of the Nanaimo, Chernainus, Cowichan and Koksilah rivers. Associated with Chemainus soil s. Texture - S i l t loam, loam. Avail able Water Storage Capacity - 30.6 cm / meter. Irrigation Application Rate - 0.90 cm / hr. grass crop - 0.50 cm / hr. cultivated crop - Annual Application - 17.0 cm. Drainage - Poorly drained.- drainage required. Drain spacing should be 15 meters spacing at 1.1 meters in depth. Filter required where sandy material present at drain depth. Fertilizer - Medium acid - Requires lime for-most crops. deficient in nitrogen and phosphorous. Naturally Suitability - Forage and Fodder crops. Potential exists for a moderate range of crops with drainage and irrigation. Unsuitable for urban and related uses due to high water table and frequent flooding. MINISTRY OF AGRICULTURE L FISHERIES MINISTRY OF ENVIRONMENT L PARKS

FAIRBRIDGE SOIL (Gl eyed El uviated Dystric Bruni sol ) -- - Location - Occurs below 100 meters in elevation. Texture - Silt loam to silty clay loam. Available Water Storage Capacity - 24 cm / meter. Irrigation Application Rate - 0.7 cm / hr. grass crop. - 0.5 cm / hr. cultivated crop. - Annual Appl ication - 41.0 cm. Drainage - Imperfectly to moderately well drained - Perched water table, - drainage required for perennial crops sensitive to saturated soil condition. Subsurface drains - 14 meter spacing at 1 meter depth in depressions and 18 meter spacing in all other areas. Compaction - Cultivate when moist and not when soil i s saturated. Subsoil ing may be beneficial. Erosion - Structure degradation and surface crusti'ng can result when the soil is exposed to heavy rain and/or cultivated when wet. As slope steepness and slope length increase, surface soil erosion potential will increase. Winter cover crops are highly recommended. Fertilizer - Lime i s required. Soils naturally 'deficient in nf trogen. Sui tabil ity - Highly suitable for forage and vegetables with irrigation and fertilization. A perched water table during the winter months may adversely effect some perennial crops. &fi MINISTRY OF A611CULTURE & FISHERIES # t4lnistri OF ENYIROHMLNT & PARKS 9

FLEWETT SOILS (Orthic Dystric Brunisol ) Location - Found on level to very gently sloping river terraces and fl uvi a1 fans. Texture - Fine sandy loam, silt loam, loam. Available Water Storage Capacity - 12.0 cm / meter. Lrrigation Application Rate - 1.00 cm / hr. grass crop - Annual Application - 45 cm. Drainage - Well drained. - 0.60 cm / hr. cultivated crop Fertilizer - Naturally deficient in nitrogen. 1 irne. Strongly acid - requires Suitability - Suitable for a wide range of.crops with the availabil ity of irrigation water. No 1 imitations for urban and and related uses. MINISTRY OF 'AGRICUL'TURE 6 FISHERIES

HILLBANK SOILS (Orthic Dystric Brunisol ) Location - Occurs below elevations of about 100 meters on undulating silty marine landscapes; associated with Fairbridge soils. Texture - Si1 t loam, loam. Available Water Storage Capacity - 23.5 crn / meter. Irrigation Application Rate - 0.90 cm / hr. grass crop. - 0.50 cm / hr. cultivated crop. - Annual Application - 42.0 cm. Drainage - Moderately well. Erosion - Structure degradation and surface crusting can result when the soil i s exposed to heavy rain and/or cultivated when wet. As slo'pe steepness and slope length increase, surface soil erosion potential will increase..winter cover crops are highly recommended. Fertilizer - Medium acid - lime required. Deficient in nitrogen. Suitability - Considered suitable for a wide range of crops with irrigation. Moderately suited for urban and related uses due to low bearing strength, slow perviousness and erodibility. MINISTRY OF AGRICULTURE & MINISTRY OF ENVIRONMENT & FISHERIES PARKS

METCHOSIN SOIL (Typic Humisol ) Location - Occurs in very poorly drained depressional areas. The water table i s at or near the surface for most of the year. Texture - Humic Organic. Available Water Storage Capacity - 15 cm / meter. Irrigation Application Rate - 1.25 cm / hr. grass crop. - Annual Application - 26.0 cm. - 1.25 cm / hr. cultivated crop. Drainage - Very poor - ditching and/or subsurface tile i s required for optimum water control. High water table during the winter i s required to prevent oxidation. Drain spacing should be 12 meters at 1.2 meter minimum depth. Fertilizer - Naturally fertile soils. May require additions of N, P & K for optimum crop growth. Very strongly acid. Suitability - With adequate water control and maintenance, a variety of crops such as vegetables, forage and blueberries can be grown. Urban and related uses are not recommended. MINISTRY OF AGRICULTURE L FISHERIES MINISTRY OF ENVIRONMENT i PARKS

MILL BAY SOIL (Duric Dystric Brunisol ) Location - Found 'below 100 meters in elevation on gently undulating mari ne 1 andscapes. Texture - S i l t loam over gravelly sandy loam. Available Water Storage Capacity - 16.9 cm / meter. Irrigation Application Rate - 0.9 - cm / hr. grass crop. - 0.50 cm / hr. cultivated crop. - Annual Application - 42.0 cm. Drainage - Moderately we1 1 to imperfectly drained. Some reasonably saturated subsoils at depth. A root restricting layer w i l l adversely affect deeply rooted crops, Drain spacing should be 15 meters at.9 meter depth in depressional area and 18 meters at.9 meters 'for all other crops. Erosion - Structure degradation and surface crusting can result when the soil i s exposed to heavy rain and/or cultivated when wet. As slope steepness and slope length increase, surface soil erosion potential w i l l increase. Winter cover crops are hi ghly recommended. Fertilizer - W i l l require lime. Supplemental N P K fertilizer i s requi red for various crops. Suitability - Variety of crops is possible with supplemental irrigation and fertil ization. High to moderate bearing strength, septic tank drainage impeded by cemented subsoils. PROVINCE OF BRITISH C0,LUMBIA MINISTRY OF AGRICULTURE & FISHERIES

QUALICUM SOILS (Orthic Dystric Bruni sol ) Location - Developed on deep coarse-textured fluvial, fluvio glacial and marine deposits and are usually associated with major streams in the area. Texture - Very gravelly loamy sand. Avail able Water Storage Capacity - - 5 cm / meter. Irrigation Application Rate - 1.6 cm / hr. grass crop. - 0.90 cm / hr. cultivated crop. - Annual Application - 50.0 cm. Drainage - Rapidly drained. No supplemental drainage required. Fertilizer - Medium acid - may require lime for various perennial crops. Deficient in nitrogen and sulpllur. High gravel content and sandy textures, may present fertility 1 imitations. Suitability - With irrigation and supplemental fertilizer, soils are suitable for perennials, crops such as tree fruits. raspberries and grapes.. suitable for urban and related uses. PROVI'NCE OF,. BRITISH COLLIMBIA --1 1- MINISTRY OF AGRICULTURE-~~HERIES