Harvesting Stem Cuttings for Riparian Planting

Similar documents
Bio-Engineering Techniques to Revegetate Streambanks

Laboratory No. 12 Grafting and Budding

Melissa McMaster Restoration Coordinator

Collecting Dormant Hardwood Cuttings for Western Riparian Restoration Projects

Live Stake and Joint Planting for Streambank Erosion Control

Biotechnical streambank stabilization

Streambank Protection (SP)

VEGETATED SLOPE STABILIZATION DESCRIPTION APPLICABILITY. Advantages

Property. Line. Fence. Plantings. Vegetated Buttress. With Sun Tolerant. Vegetated Terrace. Tolerant Plantings Existing

USING PLANTS TO STABILIZE STREAM BANKS

SECTION SOIL BIOENGINEERING OR SHORELINE STABILIZATION

BRUSH BOXES BIOENGINEERING TREATMENTS AND ROCK. Brush Boxes along the Rhine River in Germany. Brush Box on the Coeur d Alene River

Unit E: Plant Propagation. Lesson 5: Propagating Plants by Grafting and Budding

Grave Creek Riparian Revegetation 2011 Implementation Report

Stream Bank Erosion: Soil Bioengineering Solutions

Buffer Zone (BZ) Stream Protection. The width and plant composition of a buffer zone will determine its effectiveness.

FIELD GUIDE FOR HARVESTING AND INSTALLING WILLOW AND COTTONWOOD CUTTINGS

GENERAL INFORMATION USA (AK, CA, ID, MT, OR, WA), CAN (AB, BC)

Juneau Watershed Partnership

As a homeowner in the Pacific Northwest, you

What is a Riparian Area and How Does It Benefit You?

The Toe Wood Structure

INDEX STREAM PROTECTION TEMPORARY STREAM CROSSING PERMANENT STREAM CROSSING VEGETATIVE STREAMBANK STABILIZATION 6.73.

GRAFTING AND BUDDING TECHNIQUES FOR APPLE. PlSc 300 LAB 8

CHAPTER 5. Soil Bioengineering Techniques

DITCH BANK STABILIZATION TECHNIQUES

As a landowner in the inland Pacific Northwest,

DECIDUOUS HARDWOOD CUTTINGS. PlSc 300 Lab Compare root initiation and bud growth of cuttings in two different propagation environments.

Growing Fruit: Grafting Fruit Trees in the Home Orchard

Riparian Planting Plan Requirements 21 October 2013

Plant Propagation Methodologies

Budding and Grafting. M. Elena Garcia, PhD Horticulture Dept.

D RAFT MEMORANDUM CURRENT PLANTING TECHNIQUES. Technique 1: Bioengineered Brush Layering. To: Date: January 20, 2016

SECTION 6. Routine Maintenance Activity Details

Grafting and Budding Nursery Crop Plants AG-396. Grafting

BEST MANAGEMENT PRACTICES Spurge Laurel(Daphne laureola) (Family Thymelaeaceae Daphne Family)

Veranda Park Planting Plan Draft 10/08/10

Propagation Of Woody Plants. Larry A Sagers Horticulture Specialist Utah State University Extension Service

TECHNICAL NOTE. USDA-Natural Resources Conservation Service Boise, Idaho. TN PLANT MATERIALS NO. 39 February, 2001

Mango grafting manual

WETLAND SOD u Bare Root Wetland Plants u Deep Rooted Willows u Coir Logs u Native Trees & Shrubs u Habitat Islands u Custom Growing

Plant Propagation Protocol for Symphoricarpos oreophilus ESRM 412 Native Plant Production Spring 2015

Plant Propagation. Asexual Plant Propagation. Asexual Propagation. Benefits of Asexual Propagation. Where Can Cuttings be Taken From?

Plant Selection: Principles

HOW TO CONTROL STREAMBANK EROSION

Nate Hough-Snee ESRM 412 Plant Propagation Protocol One 11 APR 2007

Breakthrough Innovations

LEVEE VEGETATION MANAGEMENT - Strategy Overview

Guidelines for Planting

Fundamentals of Greenhouse and Shadehouse Conifer Seedling Production in Afghanistan

ANEW LANDSCAPE really

Wisconsin NRCS Direct Volume Method Bank Recession Rate Categorizations

Heron Glen Wetland Buffer Enhancement Project. Progress Report. August 10, 2004 (resent October 19, 2004)

Pruning Fruit Trees. Develop strong tree structure. This should begin when trees are planted and continue each year thereafter.

EXPOSED ROOT STYLE BONSAI

Propagating Softwood Cuttings. Mitchie & John Moe Master Rosarians Pacific Northwest District American Rose Society

Unit 7. Grafting and Budding. During this laboratory you will be introduced to various methods used to graft and bud horticultural crops.

Pruning trees and shrubs: Getting started

Chagrin River Watershed Partners, Inc. Local Regulations. Amy H. Brennan (440)

Riggs Brook Mitigation Site, Augusta

Karen L. Panter University of Wyoming Extension Horticulture Specialist Department of Plant Sciences

Propagating Recommended Bluff Plants

Soil Bioengineering for Slope Stabilization

Native Plants. Vegetated Retaining Walls from Agrecol

Riparian Restoration Plan for the Quiet Waters Homeowners Association Reach of the Yachats River. Site Overview

Healthy Living Strategy: Shorelines

Outline MANAGING INVASIVE PLANTS ON YOUR LAND. Invasive Species. Definitions 1/12/2015

Glossy Black Chokeberry Aronia melonocarpa

Department of Agriculture. Conservation Service. United States. Natural Resources REVISED 8/26/16

Success with Trees in Your Yard. Debbie D. Dillion Extension Agent, Horticulture Serving Culpeper, Madison, & Orange Counties

Plant Propagation Protocol for Kevin Wilen ESRM 412 Native Plant Production Spring 2008 TAXONOMY. Populus Tremuloides

Guidelines to Minimize Phytophthora Contamination in Restoration Projects

Planting Landscape Trees

Best Pruning Practices Fruit Trees and Grapes. David Rice Conservation Programs Coordinator Weber Basin Water Conservancy District

Growing Grapes From Cuttings

GRAFTING AND BUDDING FRUIT TREES

Propagation by Grafting and Budding

Maintaining Your Naturalized Shoreline. Native Plant Care Guide

Root-bound potted tree after pot removal

Planting Trees & Shrubs. Choosing Trees and Shrubs. Tree Quotes

Budding and Grafting. Chuck Ingels UC Cooperative Extension Sacramento County

5/12/2015. Stream and Floodplain Vegetation. Why do we remove vegetation from streamsides? Current and Past Legacies

When to Prune? Late Winter-Early Spring

Cleft Grafting Avocados. The Garden Academy Propagation Series Grafting Unit

SECTION 808 PLANTING TREES, SHRUBS AND OTHER PLANTS

Shoreline Stabilization Using Wetland Plants and Bioengineering

Lecture # 20 Pruning and Grooming

Bioretention Facilities in Retrofit Conditions. City of Calgary Pilot Projects at Carburn and Deerfoot Parks

Balancing Conservation and Development on the Jordan River

trunks. The main difference between shrubs and trees is size; trees are typically larger than shrubs.

VETIVER PROPAGATION. Nurseries and Large Scale Propagation. Dr Paul Truong Veticon Consulting Brisbane, Australia

Planting Trees & Shrubs. and Shrubs Study Guide

Where to plant your tree. Assessing the site. Choosing which tree species to plant. When to plant

Glen Canyon National Recreation Area. Lees Ferry 10 Acre Riparian Revegetation Project

Stop Losing Ground to Erosion. Kimberly Laframboise Ecologist Michalski Nielsen Associates limited

TRCA Field Staking Protocol December 2016

HOME GROWN FACTS 121 Second Street, Oriskany, NY (315) or (315) FAX: (315)

Ficus elastica [formal scientific names are italics, first word capitalized]

TAXONOMY (USDA 2016) Swamp gooseberry Swamp black currant. (Pfister 1974) Black gooseberry (Rose et al 1998) Black swamp gooseberry (Pojar 1994) RILA

STREAM ALTERATION PRACTICES

Transcription:

17507 Fort Road Edmonton AB T5Y 6H3 Phone: 780-643-6732 Email: info@awes-ab.ca Harvesting Stem Cuttings for Riparian Planting The following factsheet describes what stem cuttings are and how to harvest and store them for planting. What are stem cuttings? Stem cuttings are segments of matured, dormant, woody stems or shoots with intact lateral buds (Darris 2006, Figure 1). Stem cuttings of certain species of trees and shrubs will grow into new individuals (Figure 2), if harvested, stored and planted appropriately. Although harvesting stem cuttings is relatively labour intensive, with a team of volunteers it can be an inexpensive and enjoyable way to acquire stock for a planting project. Figure 1. Recently harvested willow stem cuttings. Selecting Stem Cuttings In Alberta, the best species to select stem cuttings from are willow (Salix spp.), red osier dogwood (Cornus sericea), plains cottonwood (Populus deltoides), and balsam poplar (Populus balsamifera), as these will root with the highest rates of success when planted 1 (Darris, 2002; Hoag 2007). The minimum recommended diameter for stem cuttings is 2cm. Stem cutting lengths are typically around 1m, but may range from 0.4-2.5m, depending on the site. Consider the following factors when deciding on cutting length: 1. Depth of water table. Cuttings should be long enough to reach the water table when planted, so longer cuttings are often used in more upland areas (i.e. the bank and terrace zones) 2. Height of surrounding vegetation. The tops of cuttings should not be shaded out by surrounding vegetation when planted 3. Height of high water level. The tops of cuttings should be above the annual high water level when planted 4. Desired speed of establishment. Longer cuttings will provide more rapid bank stabilization and erosion control 1 Common snowberry (Symphoricarpos albus), currants (Ribes spp.) and red elderberry (Sambucus racemosa) may also root with moderate success when field planted in favourable conditions (Darris, 2002).

When considering these factors, keep in mind that ideally at least ¾ of the cutting should be in the ground when planted, while 3-4 buds should be aboveground (Hoag, 2007). Furthermore, it is important to take cuttings from healthy stem material, avoiding stems that are rigid or easily breakable, abnormally light, or are covered in lichen. Scratching away a bit of bark from the stem can reveal whether the stem wood is green and thus alive (Figure 3). Also avoid using the tips of stems for cuttings, as these have relatively low energy reserves (Hoag, 2007). Figure 2. Species such as willow can grow from stem cuttings. Harvest Timing The best time to harvest stem cuttings is during the winter dormant season that is, when the donor plants are without green leaves. Stem cuttings harvested during this time transpire less water and consequently are less likely to dry out. Harvesting stem cuttings from actively growing donor plants in the spring or summer is possible, provided the cuttings are planted within 1-3 days with their rooting ends soaking for that period. Harvest Preparation Select a harvesting site that has a healthy stand of the desired species, is close to your planting site, and can be legally accessed (contact Alberta Environment and Parks before harvesting cuttings from public land, http://aep.alberta.ca/). Ensure that you have the necessary Personal Protective Equipment, which should include gloves, rubber boots or at least closed toe shoes, eye protection and a hat. The latter two items help to protect the eyes and face from scratches as you navigate through the stand. The following tools are also recommended: Loppers; Hand pruners or a machete; Commercial stretch-wrap, bale twine, or large zip ties to tie bundles of cuttings together; Flagging tape and a sharpie pen for marking down species and site information; Brush and a 10% bleach solution for cleaning off cutting tools prior to harvesting. This prevents cross-contamination of plant diseases; If cuttings are actively growing and there is no standing water on site, 5 gallon buckets filled with water may be used for soaking.

Figure 3. Scratching away the bark of this willow stem reveals green underneath, indicating that the stem is alive. Harvesting Storing Actively growing cuttings may be planted up to 3 days after harvest, as long as their rooting ends are kept soaking in water. Dormant cuttings can be stored for far longer up to 6 months under the right conditions (Crowder, 2005).

To store dormant cuttings, wrap them into manageable bundles using bale twine, zip ties or stretch wrap. For future reference, it is advisable to mark each bundle with flagging tape, and record the species and harvesting date and location. Bundles of dormant stock must be placed in cold storage (between -5 and 4 C; colder is preferred 2 ) or a snow cache over winter (Tilley and John, 2012). Snow caches should be located in fairly shaded areas where cuttings can be evenly buried Figure 4. Snow caches such as this one are an easy way to store cuttings until planting. with at least two feet of snow (Figure 4). Covering snow caches with reflective insulated tarps helps maintain cool temperatures. When the soil is thawed and ready for planting, remove cuttings from cold storage and soak them in water for two to six days (Sotir and Fischenich 2007; Darris 2006). Plant cuttings directly after they have finished soaking. For more information on harvesting stem cuttings, please contact: E-mail: info@awes-ab.ca Phone: (780) 643-6732 www.awes-ab.ca 2 Note that dormant cutings can only be stored for 2-3 months if temperatures are above freezing (i.e. 0-4 C) (Tilley and John, 2012).

References Crowder, W. 2005. Collecting and care of willow, poplar, and redosier dogwood cuttings for riparian plantings. TN Plant Materials No. 10.1. Spokane, WA: USDA Natural Resources Conservation Service. Darris, D.C., 2002. Ability of Pacific Northwest native shrubs to root from hardwood cuttings (with summary of propagation methods for 22 species). Plant Materials Technical Note No. 30. Portland, OR: USDA-Natural Resources Conservation Service. Darris, D.C. 2006. Suggestions for installing hardwood cuttings (slips, whips, live stakes, poles, posts) and live fascines (Pacific Northwest region, west of Cascades). Plant Materials No. 38. Portland, OR: USDA-Natural Resources Conservation Service. Hoag, J. C., 2007. How to plant willows and cottonwoods for riparian restoration. TN Plant Materials No. 23. Boise, ID: USDA-Natural Resources Conservation Service. Sotir, R.B., and C. Fischenich. 2007. Live stake and joint planting for streambank erosion control. EMRRP Technical Notes Collection (ERDC TN-EMRRP-SR-35). Vicksburg, MS: US Army Engineer Research and Development Center. Tilley, D., and L. St. John. 2012. Effects of long-term refrigerated storage on hardwood willow cuttings. TN Plant Materials No. 57. Boise, ID: USDA Natural Resources Conservation Service. Wonneck, L., Zeran, S., Renton, J., and Peterson, K. 2017. Manual for Riparian Forest Buffer Establishment in Alberta. Agroforestry and Woodlot Extension Society, http://www.awes-ab.ca/. All photos were taken by AWES.