UPDATE ON CHERRY ROOTSTOCKS

Similar documents
Sweet Cherry Rootstock Traits Lynn E. Long, Oregon State University

Sweet cherry rootstocks

Developing and Optimizing Sweet Cherry Training Systems for Efficiency and High Quality Fruit Part 1. Gregory Lang Michigan State University

Cherry rootstock on-going breeding program throughout the world

The influence of different cherry rootstocks on sweet cherry properties

Cherry Rootstocks & Scions for the M-F Area Lynn E. Long Oregon State University Extension

New Cherry Training Systems Show Promise Lynn E. Long, Extension Horticulturist Oregon State University Extension Service/Wasco County

Cherry COST Action FA 1104 Training school «Rootstocks and training systems» Cherry rootstocks. Sara Pinczon du Sel, La Tapy Gérard Charlot, Ctifl

Update on new cherry rootstock possibilities from Michigan State Univ. Amy Iezzoni Department of Horticulture Michigan State University

Experiences with different cherry rootstocks in Belgium. J. Vercammen Proeftuin pit- en steenfruit (pps)

Apple Rootstocks. John Cline, University of Guelph, Horticultural Experiment Station, Simcoe

Bob Spotts Kelly Wallis Delivered by Lynn Long

The introduction of dwarfing cherry rootstocks, such as

Effect of Rootstocks on Growth and Yield of Carmen Sweet Cherry

Intensive Orchard Systems for High Quality, High Efficiency Sweet Cherry Production

Small-Scale Cherry Production, Big Time Market Opportunities

High-density training systems

Prof. Dr. Károly Hrotkó. SZIU Faculty of Horticultural Science

Apple Rootstock Trials in British Columbia, Canada

CHERRY. training systems PNW 667. A Pacific Northwest Extension Publication. L. Long, G. Lang, S. Musacchi, M. Whiting

New training systems to improve the profitability of cherry orchards. Gérard Charlot, Ctifl (France)

Pruning and Training. Lynn E. Long Oregon State University Extension

Optimizing Cherry Production: Physiology-Based Management. Gregory Lang Michigan State University

3. M9 NIC29 A virus-free Belgian subclone of M9 that is slightly more vigorous than most others M9 clones.

EVALUATION OF THE EFFECT OF AMELANCHIER SP. AND QUINCE ELINE AS ROOTSTOCKS ON 1- TO 2-YEAR-OLD EUROPEAN PEAR TREES

Grower Summary TF 172. Evaluation and development of new rootstocks for apples, pears, cherries and plums. Final 2012

Peach Rootstock Trials Jim Schupp PSU-FREC

Propagation techniques in horticulture

Sweet cherry production in Portugal. Berta Gonçalves

Home Orchard Care for Master Gardeners. Jeff Schalau Associate Agent, ANR University of Arizona Cooperative Extension, Yavapai County

Grafting Morphology and Physiology Text Pages:

Evaluation and Demonstration of New Stone Fruit Systems

In the case of intensive production systems, the objective is to use a rootstock that restricts tree vigour, induces early cropping is precocious and

Small volume : Spanish bush, KGB, drilling

EVALUATION RESULTS OF FINNISH APPLE ROOTSTOCKS IN LATVIA

Unit E: Fruit and Nut Production. Lesson 3: Growing Apples

Innovative Rootstocks for Apple crop. Nicola Dallabetta FEM (Italy) Australia November 2017

Tree Fruit. Pome Fruits. Fire Blight 1/18/2012. Apples Pears

Pruning Fruit Trees. Vince Urbina Colorado State Forest Service

Getting fruit trees off to a good start. Bill Shane Tree Fruit Extension Specialist SW Michigan Research and Extension Center, Benton Harbor, MI

dr. Nikita FAJT, Erika KOMEL COST FA1104-WG2/Trebinje, February, 2015

Grafting Fruit Trees. Loyd Collett 4/5/2011 1

Growing Fruit: Grafting Fruit Trees in the Home Orchard

Pruning and Training Fruit Trees

Tim Smith; Dana Faubion and Dr. William Proebsting,

Accomplishments Report, 2015 NC 140 Project. Impact Nuggets. New Facilities and Equipment. Unique Project Related Findings

Propagating Fruit Trees

2/18/2009. Do you have: Time Space Expertise Realistic expectations. Teryl R. Roper Dept. of Horticulture University of Wisconsin-Madison

East Malling Rootstock Club. Felicidad Fernández AHDB Tree Fruit Day 22 Feb 2018

Rootstocks. Rootstocks for intensive pear production. Pear (Pyrus) rootstocks. OHF series

Increasing the growth rate by any means decreases the juvenile period

Backyard Tree Fruit. Chuck Hoysa Retired Extension Agent Fruit Tree Hobbiest

ANNUAL REPORT TO NC DWARF APPLE ROOTSTOCK TRIAL SUMMARY FOR THE 2010 SEASON

Unit D: Fruit and Vegetable Crop Production. Lesson 4: Growing and Maintaining Tree Fruits

FRUIT TREES Selection and Site Preparation. Gary Gorremans WSU Lewis County Master Gardener

Why Grow Fruit or Berries in Your Backyard?

ACHIEVEMENTS IN HIGH DENSITY CHERRY ORCHARD SYSTEMS IN HUNGARY

2009 NC-140 Peach Rootstock Trial in Massachusetts

Plant Propagation Methodologies

SOME EXPERIENCES OF THE OBLACHINSKA SOUR CHERRY CROWN TRAINING

Tree Fruit for the Home Gardener

Rootstock breeding and trialling at EMR. Feli Fernández

Pistachio rootstocks. Elizabeth J. Fichtner Farm Advisor: nuts, prunes, olives UCCE Tulare and Kings Counties

Growing Fruits in the Home Garden. Dr. Elena Garcia, PhD

Viticulture - Characteristics of the vine - Rootstocks & Grafting

KSU Blackberry Trial Update. Jeremy Lowe and Kirk W. Pomper Kentucky State University

Cold injury to fruit trees (well, with an emphasis on tender fruit) Jon Clements University of Massachuse=s Amherst

Fruit Trees. Master Gardener Fruit Trees in the Home Garden. Fruit Trees. Fruit Trees. Site selection. Site Selection

Establishing new trees possible impacts of rootstock propagation method on young tree growth Ute Albrecht

ISHS International Cherry Symposium 2013

Fire Blight-Resistant Apple Rootstocks

EVALUATION OF ROOTSTOCKS FOR PISTACHIO PRODUCTION

Cling Peach ANNUAL REPORT 2006 EVALUATION OF ROOTSTOCKS FOR TOLERANCE TO BACTERIAL CANKER AND ORCHARD REPLANT CONDITIONS.

Practical & Mega Chip Bud Grafting

Asexual Reproduction

Tree growth over multiple years

AGRICULTURAL SCIENCES. THE COLLEGE of NC-140. Peach & Apple Rootstock Trials. Ioannis S. Minas.

TRAINING AND PRUNING FRUIT PLANTS. Elizabeth Wahle (with contributions from Sonja Lallemand) February 2015 GROWING A NEW GENERATION

SEIBLL HIUITS. HOME OfilIDEllS * * * * * * * * * * * * * * * * * aleciapt. By 0. T. McWhorter

Vegetative Propagation methods - theory

Propagation by Grafting and Budding

WSHA 110th Annual Meeting and Trade Show December 2 nd, Cherry shows a great climate adaptability

Topics to be covered. Developing an Orchard Site Selection, Orchard Renewal Plan & preparation, Rootstock Selection and Planting

Training System. Vineyard Training Systems. Variety Growth Habits. Climate and Site. Vineyard Goals. Labor and Mechanization 9/25/2009

Unit D: Fruit and Vegetable Crop Production. Lesson 3. Growing and Maintaining Small Fruits

Budding, Planting, and Young Tree Training

Variety selection is important to minimize disease incidence and severity

Integration of Tree Spacing, Pruning and Rootstock Selection for Efficient Almond Production

4/16/17 APPLES! Wesley R. Autio Director & Professor of Pomology. Apple growing is a very challenging horticultural activity.

Re: 45T T01.16

Pipfruit Varieties For Fruit Growers. 40 years and growing. Quality. Trust. Innovation

New Arkansas Blackberry Production Characteristics

Blueberry Culture in Florida. Jeff Williamson Horticultural Sciences Department IFAS, University of Florida

Management strategies for fertigation of sweet cherry

43 Hoop House. Great Lakes Fruit, Vegetable & Farm Market EXPO Michigan Greenhouse Growers EXPO. December 4-6, 2018

Evaluation of Pyrus and Quince Rootstocks for High Density Pear Orchards

Selecting Burley Tobacco Varieties

Student Learning Objectives: Instruction in this lesson should result in students achieving the following objectives:

APPLES! Apple growing is a very challenging horticultural activity. Planting size MUST conform to the amount of time available. Where?

Rubus and Ribes for the Garden Michele Stanton, Kenton County Extension. The Berry Pickers by Jennie Augusta Brownscombe

Transcription:

UPDATE ON CHERRY ROOTSTOCKS

Evolution of Sweet Cherry Production Systems Continuous Evolution Naturally a tall tree Moderate size pruned tree Highly structured fruiting system Only since Gisela Rootstocks in 1990 s has the system evolved

Pluses and Minuses of High Density Early bearing High yields Increased tree efficiency High establishment cost Training and labor Level of knowledge Frost? Lifespan? Fruit quality? Early return on investment and breakeven cost Slide adapted from Musacchi & Lang

Current Definitive Text, 2005 Rootstocks for Sweet & Sour Cherries, pages 127-163 No Less than 45 + Rootstocks or Series of Rootstocks

Search of 12 U.S. Nursery Web Sites Colt Gisela 3 Gisela 5 Gisela 6 Gisela 12 Krymsk 5 Krymsk 6 Mahaleb Maxma 14 Mazzard MxM 60

Ideal Rootstock Compatibility Cold hardiness Uniformity in size control Flowering and fruiting habit Lack of root sucker production Virus susceptibility

Compatibility with scion Mazzard is compatible with all known sweet cherry cultivars. Mahaleb has been shown to be incompatible with some cultivars. Tieton, Chelan, Weiroot 13 incompatibility problems Colt incompatible with Sam or Van

Cold Hardiness Concern mainly with late fall or early winter freezes Mahaleb acclimates earlier than Mazzard Gisela parents are both hardier than Mazzard

Gi.6 Gi.12 Gi.5 Gi.12 Gi.5 Gi.6 Image from Willow Drive Nursery

Relative Size Differentials Degree of growth control may vary by cultivar Bing/Gi.12 < Bing/Gi.6 Regina/G.12 > Regina/Gi.6 Location Gi.6 in East ~ 60% seedling Gi.6 in West ~ 90% seedling

Mazzard Prunus avium The ORIGINAL rootstock Largest of those available Susceptible to crown gall & bacterial canker Tolerance to Phytopthora Not precocious F 12/1 clone? Vegetatively propagated seedlings

Mahaleb Prunus mahaleb More sensitive to wet soils Better for calcareous soils More cold hardy than Mazzard Withstands drought better Works well with all sweet varieties Seedling selections

Gisela Series Developed at Justus Leibig University in Giessen Germany Gi.3, Gi.5, Gi.6, Gi.7, Gi.12 were released Size control ranges from 45 to 90% of Mazzard

Gisela 3 Most dwarfing ~30-35% Mazzard Only for best soils + irrigation Best suited for very high density Initial growth is vigorous then slows once fruiting begins Use in protected culture Does not sucker Must be supported

Gisela 5 40 50% of Mazzard Initially there were problems because it was not handled properly and stopped growing Can set excessive crop load resulting in small fruit on heavy yielding cultivars Sensitive to replant problems Does not like heat

Gisela 6 Approximately 80% to 90% of Mazzard in West ~60% of Mazzard in East Forms new shoots easier than Gi.5 Susceptible to bacterial canker? Suitable for 300 500 trees/a May need support

Gisela 12 Tested as Gi.195/2 About 50 60% of Mazzard in East Good virus resistance Of Gisela series has the best anchorage Does not sucker

Hedelfingen tree size, number of rootsuckers and percent size of Mazzard 7 th leaf Rootstock TCSA Fall 04 # Suckers % of (sq cm) Mazzard GI 209-1 (Gisela 3) 28.9 a 4.0 ab 24.4 GI-148-2 (Gisela 5) 40.4 a 0.0 a 34.2 GI-148-3 (Gisela 7) 48.5 ab 19.5 c 41.0 Weiroot 53 50.8 abc 1.0 ab 43.0 Wieroot 72 55.2 abc 2.0 ab 46.7 Edabriz 69.0 abc 2.4 ab 58.4 GI 195-20 78.7 abc 0.6 ab 66.6 GI-148-1 (Gisela 6) 80.9 abc 0.6 ab 68.4 Weiroot 13 108.7 bc 6.5 ab 92.0 Weiroot 158 111.7 bc 10.5 bc 94.5 Mazzard 118.2 bc 0.3 ab 100.0 Mahaleb 140.5 c 0.0 a 118.9 Weiroot 10 142.0 c 11.2 bc 120.2 P-value 0.0001 0.0001

NC-140 Rootstock x System Trial

NC-140 Rootstock x System Trial

Krymsk Rootstocks Originated near Black Sea in Russia Should be cold hardy (?) Propagated by softwood cuttings Krymsk 5 & 6 suitable for cherry Virus sensitivity issues Semidwarfing K.5 ~ Gi,6 or Gi.12 K.6 ~ Gi.5

Krymsk cont. Krymsk 5 aka VSL-2 Krymsk 6 aka LC-52 May do better in heavier or wetter soils Needs more testing

From J. Vercammen, Belgium

Adapted from Long et al. 2014 Compact Fruit Tree

Adapted from Long et al. 2014 Compact Fruit Tree

Maxma 14 Open pollinated Mahaleb seedling Mahaleb x Mazzard Ma x Ma = Maxma Semidwarf? Depending upon soil strength More popular in France Needs annual appropriate pruning Some resistance to Phytopthora

MxM 60 Mahaleb x Mazzard Resistance to Phytopthora Not precocious Very vigorous Not much planted in eastern U.S.

F 12/1 Vegetatively propagated selection of Mazzard Preferred in western OR due to bacterial canker Rootstock usually forms the trunk from the branch union down and the cultivar is budded onto each lateral branch Susceptible to crown gall More vigorous than Mazzard

Weiroot Series Wild tart cherry seedlings growing in Bavaria Propagated by softwood or semi-hardwood cuttings Some incompatibility with sweet cultivars Original releases were W.10, W.13, W.14 Later releases were W.53 & W.72 Require support

On the Horizon WeiGi series Cross of Gi.5 with Weiroot 720 WeiGi.2, 1, 3, 4 (smallest to largest) Michigan State series Tart cherry

Image courtesy A. Iezzoni

Square Cm. 160.0 Hedelfingen Tree Size by Rootstock in 5th Leaf 140.0 140.5c 142.0c 120.0 108.7bc 111.7bc 118.2bc 100.0 80.0 69.0abc 78.7abc 80.9abc 60.0 40.0 28.9a 40.4a 48.5ab 50.8abc 55.2abc 20.0 0.0 GI 209-1 GI-148-2 GI-148-3 (Gisela 3) (Gisela 5) (Gisela 7) Weiroot 53 Wieroot 72 Edabriz GI 195-20 (Gisela 12) GI-148-1 (Gisela 6) Weiroot 13 Weiroot 158 Mazzard Mahaleb Weiroot 10