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

Similar documents
Cherry rootstock on-going breeding program throughout the world

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

ACHIEVEMENTS IN HIGH DENSITY CHERRY ORCHARD SYSTEMS IN HUNGARY

UPDATE ON CHERRY ROOTSTOCKS

Effect of Rootstocks on Growth and Yield of Carmen Sweet Cherry

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

The influence of different cherry rootstocks on sweet cherry properties

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

Sweet cherry rootstocks

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

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

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

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

High-density training systems

Small-Scale Cherry Production, Big Time Market Opportunities

Pruning and Training Fruit Trees

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

The introduction of dwarfing cherry rootstocks, such as

ISHS International Cherry Symposium 2013

Small volume : Spanish bush, KGB, drilling

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

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

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

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

Sweet cherry production in Portugal. Berta Gonçalves

Orchard Density and Canopy Design. Prepared by Ross Wilson AgFirst NZ

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

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

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

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

SOME EXPERIENCES OF THE OBLACHINSKA SOUR CHERRY CROWN TRAINING

Inovace studijních programů AF a ZF MENDELU směřující k vytvoření mezioborové integrace CZ.1.07/2.2.00/

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

Horticulture Department

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

Pear Rootstocks. How many trees would I plant? ± 3,000 per ha. What I believe growers need to be doing to be successful in the Year 2012.

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

30 YEARS OF INTENSIVE ORCHARD PRODUCTION IN SOUTH TYROL. Extension Service for Fruit and Wine Growing, South Tyrol. Martin Thomann

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

Evaluation and Demonstration of New Stone Fruit Systems

High density planting systems: principles and pitfalls John Palmer HortResearch, Nelson Research Centre, Motueka, NZ

Available online: Print ISSN X; Electronic

Bob Spotts Kelly Wallis Delivered by Lynn Long

STONE FRUIT ROOTSTOCKS

Apple Orchard Management

Apple I. Tuesday afternoon 2:00 pm

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

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

Peach Rootstock Trials Jim Schupp PSU-FREC

Apple Rootstock Trials in British Columbia, Canada

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

Propagation techniques in horticulture

Training and Pruning Florida Peaches, Nectarines, and Plums 1

Training and Pruning Florida Peaches, Nectarines, and Plums 1

Training and Pruning Florida Peaches, Nectarines, and Plums 1

PRUNINGIAPPLE TREES. in eastern Canada CANADA DEPARTMENT OF AGRICULTURE PUBLICATION C212 P c. 3

Training systems. At planting (trunk establishment): The tree is headed back to cm above ground. The remained part is called trunk

8/23/2013. Grape Cultivars for West-Central Missouri Vineyard Terminology Trellis Systems The Cordon Budget Canopy Management Techniques

Growing for Your Market

Introduction. Objectives of training and pruning

A Sunny Disposition: Managing Light in Orchard Systems. Tom Kon Southeastern Apple Research Specialist

Rootstock breeding and trialling at EMR. Feli Fernández

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

Modern Apple Training Systems. Terence L. Robinson Dept. of Horticultural Sciences, Cornell University Geneva, NY 14456

Peaches. Plums & Apricots. Pears. Cherries. Apples. Poor hardiness Try Contender or Reliance or seedling? Little or no pruning and spraying!

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

CITRUS PRUNING. Pruning techniques for tree health, pest control, fruit production and size control.

PRUNING DECIDUOUS FRUIT TREES by Tom Del Hotal

THINKING ABOUT GROWING PISTACHIOS? BEN THOMAS Ben Thomas Consulting

Experiences with Imposing Orchard-Level Climate Change via Covering Systems

MSU Extension Publication Archive. Scroll down to view the publication.

10. Canopy Management

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

Sweet cherry rootstocks for Región of Murcia.

Training and Pruning Florida Peaches, Nectarines, and Plums1

Growing Fruit to Market Requirements NETTING CITRUS TO MEET MARKET REQUIREMENTS

CITRUS PRUNING. Pruning techniques for tree health, pest control, fruit production and size control

COST meeting (WG2) Rootstocks and training system Trebinje, Bosnia and Herzegovina, REPORT

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

FRUIT TREES: CARE AND MAINTENANCE ~ WINTER AND SUMMER PRUNING Charles Davis & Kim McCue, UC Master Gardeners

Inovace studijních programů AF a ZF MENDELU směřující k vytvoření mezioborové integrace CZ.1.07/2.2.00/

Growing Cold Climate Grapes

Pruning for Cropload Management and Productivity 2012 WINTER PRUNING WORKSHOP DR. MERCY OLMSTEAD

Pruning Fruit Trees. Vince Urbina Colorado State Forest Service

Propagation by Grafting and Budding

FRUIT TREES: CARE AND MAINTENANCE ~ WINTER AND SUMMER PRUNING Charles Davis and Kim McCue, UC Master Gardeners

Training and Pruning Newly Planted Deciduous Fruit Trees

Wine Grape Training Systems Dr. Duke Elsner Small Fruit Educator Michigan State University Extension Traverse City, Michigan

Why Grow Fruit or Berries in Your Backyard?

Tree Fruit for the Home Gardener

What and Where to Prune

Pruning and Training Deciduous Fruit Trees for the Dooryard 1

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

Invasive Plants- A Concern for Hunter and Non-Hunter Alike

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

Goals of the Program 4/24/2014

Pruning mature and encroached avocado trees to restimulate and maintain production and fruit quality

Tree Fruit Horticural Research at Hudson Valley Research Laboratory

Wave of the Future: Espalier for Production and Pest Management

Transcription:

Prof. Dr. Károly Hrotkó SZIU Faculty of Horticultural Science

The global cherry production (in million tons) 2,5 2 1,5 1 0,5 0 sweet cherry sour cherry 1980 1990 2000 2010 2013 Background: Nutritional and health benefits Economic benefits Achievements in modern orchard systems, hand picking (Bujdosó, G. and Hrotkó, K. 2016), COSTFA 1104

The most important European sweet cherry growing areas

The most important European sour cherry growing areas

Cherry rootstock research and usage Orchards producing for processing industry (sweet and tart) require vigorous rootstocks. Intensive cherry orchards producing hand picked cherries need dwarfing or semi dwarfing and precocious rootstocks. Advanced breeding projects in W-Europe produced rootstocks for their soil and climate Largest cherry producer countries (Turkey, Irand and USA) use still seedling rootstocks. Hrotkó Károly Cseresznyealanyok 5

Development in cherry industry Separate orchards for fresh market and processing industry, New training and pruning protocols for orchards harvested by hand, Sweet cherry is produced mainly for fresh market Sour cherry produced mainly for processing industry orchards with mechanical harvest Hrotkó Károly Cseresznyealanyok 6

Open center canopies Steep leader (USA, Oregon, Washington, by Lynn Long). Spanish bush.

Steep leader Moderate and vigorous rootstocks, trunk height 40 cm Spacing: 5-6 x 3-4 m, Four leader, flat fruiting branches Bearing from 5-6. years Harvest from ground and low picking stands.

Spanish bush Open center, trunk height 40 cm, regular summer pruning is required. Vigorous rootstocks, in Spain on Prunus mahaleb SL 64. 5-6 x 3 m spacing, tree height 2,5 3 m. Harvested by hand from ground. Under rain cover, hail net or bird cover.

2012. 03.14. Zalaegerszeg Cseresznye alanyhasználat intenzív ültetvényben 11

2012. 03.14. Zalaegerszeg Cseresznye alanyhasználat intenzív ültetvényben 12

Spanish bush, Sanlian Company, Tong-chuan City

Spindle forms Zahn spindle (D) Vogel spindle (D) Solax (F) Hungarian Cherry Spindle Tall axe (USA) Super spindle (I, USA)

Zahn-spindle Vogel-spindle Solax Hrotkó Károly Cseresznyealanyok 15

Tree architecture Tree height and spacing Tree number/ha Rootstocks Yielding Harvest Advantages Hungarian Cherry Spindle Central leader, one basal set of flat scaffolds ~ 3,5 4 m height 4.0 5.0 x 1.0 2 m; 1000 2500 tree/ha Moderate vigourous or dwarfing rootstocks Turns to bearing in 3-4th year, full crop : 20-25 t/ha 70% crop from ground, upper part from low picking stands Large yield, premium fruit quality. Low emission to environment, IP. 2012. 03.14. Zalaegerszeg Cseresznye alanyhasználat intenzív ültetvényben 16

Hungarian Cherry spindle Target orchard Yield: 25 t/ha 2 500 000 fruit/ha MFW: 10 g 1.25 m² LA / 1 kg fruit Total LA 32 000 m²/ha LAI 3.2 50 000 running m total length of fruiting branches Cherry training and pruning in Hungary Prof. Dr. Hrotkó Károly 17

Hungarian Cherry Spindle, on P. mahaleb, 4x2 m

Hungarian Cherry Spindle, with root pruning, Nagykutas, Hungary Prof. Dr. Hrotkó Károly 19

2012. 03.01. Kecel Cseresznye alanyhasználat intenzív ültetvényben 20

2012. 03.01. Kecel Cseresznye alanyhasználat intenzív ültetvényben 21

Root pruning in early spring

Horticultural practices

Orchard in bearing stage on MaxMa 14 root, spacing 4x1,5 m 24

Super spindle On precocious dwarf rootstocks only. Spacing: 3 x 0,5 0,8 m. Good soil, irrigation, shading, hail-net, raincover! Optimal for varieties bearing on basal part of current year wood (Regina, Linda). Needs severe pruning, in spring, no long fruiting branches.

Super spindle: narrow hedge like orchard

Super spindle 4x1 m on GiSelA 5, 2014, Gerő-major, Kecskemét Development in the world cherry production Prof. Dr. Hrotkó Károly 27

Regina / GiSelA 5 (2016)

Hedges Palmetta: from Italy, due to high labour requirements is not spreading. V or Y Hedges, Tatura Hedge: Australia, New Zealand, Chile UFO (Upright Fruiting Offshoot, from USA) Orchards can be managed even on vigorous rootstocks.

Hedge with horizontal branches Cherry training and pruning in Hungary Prof. Dr. Hrotkó Károly 30

Y hedge in Poland Tatura hedge V hedge, China

UFO: Advantages: hand picking from ground, row distance 3 m well illuminated leafage, Disadvantages: 25-30% upright fruiting offshoots are always in non bearing stage.

UFO in greenhouse, Sanlian Company, Tongchuan

Protected orchards (rain cover, hail-net, bird-net)

Hrotkó Károly Cseresznyealanyok 35

Hrotkó Károly Cseresznyealanyok 36

Hand picking and packaging for fresh market Hrotkó Károly Cseresznyealanyok 37

Hrotkó Károly Cseresznyealanyok 38

Rootstock requirements for hand picked orchards Vigor control, harmonized with training and pruning protocol, and site conditions Precocity (turning to bearing early) and high productivity Good compatibility and uniform trees Adaptability to biotic and abiotic stress factors (cold and heat tolerance, soil, pests and diseases) Hrotkó Károly Cseresznyealanyok 40

Rootstock requirements of mechanically harvested orchards Good compatibility Appropriate vigor and longevity of trees Good productivity Good anchorage in the soil (usually trunk and limb shakers are applied) Adaptability to biotic and abiotic stress factors (cold and heat tolerance, soil, pests and diseases) Hrotkó Károly Cseresznyealanyok 41

Dominate rootstocks in the sweet cherry orchards dwarfing vegetative propagated rootstocks seedling rootstocks medium vigorous vegetative propagated rootstocks

Dominate rootstocks in the sour cherry orchards Medium vigourous vegetative propagated rootstocks Seedling rootstocks

Botanical classification of cherry rootstocks Cherry rootstocks P. avium and hybrids P. mahaleb and hybrids P. vulgaris and hybrids Further species and hybrids Non Eucerasus type: P. cerasifera Adara from Spain Hrotkó Károly Cseresznyealanyok 44

Bird cherry (Prunus avium L.) (Mazzard, Vogelkirsche) Very vigorous, some dwarfing in hybrids Good compatibility and longevity Late turning to bearing, average productivity Good anchorage, deep root structure High requirements to soil quality and water supply Moderate or good cold tolerance Sensitivity to crown gall, soil born diseases, replant situation. Hrotkó Károly Cseresznyealanyok 45

Prunus avium rootstocks Seedlings Clonal rootstocks C. 2493 F 12/1 (resistance to Pseudomonas) Altenweddingen Pontaris Pontavium Charger Hrotkó Károly Cseresznyealanyok 46

Hrotkó Károly Cseresznyealanyok 47

Hybrids of P. avium used as rootstocks Name Origin Vigor Evaluation Colt (UK) P. avium x P. pseudocerasus High Requires water supply and good soil. Sensitive to high ph and lime P-HL-A (CZ) P. avium x P. vulgaris (?) Dwarf Requires water supply and good soil. Sensitive to high ph, lime, and heat stress Pi-Ku-1 (D) C. avium x (C. canescens x C. tomentosa) Moderate vigor Early turning to bearing, good productivity, less sensitive to calcareous soil and heat stress. Hrotkó Károly Cseresznyealanyok 48

Hrotkó Károly Cseresznyealanyok 49

Katalin/ Weiroot 13 and P-HL-A Katalin/Pi-Ku-1 (right) Hrotkó Károly Cseresznyealanyok 50

P. mahaleb as rootstock for cherries Moderate vigorous or vigorous, no real dwarfing Moderate or good compatibility, moderate longevity of trees Early turning to bearing, good productivity Good anchorage, deep root structure Performs well on poor soil, tolerates sandy or calcareous soil and high ph, tolerates heat stress Good drought tolerance of trees on this rootstock Cold tolerance and winter hardiness is better than on avium Less sensitivity to crown gall, soil born diseases, replant situation than on P. avium. Main rootstock in S- SE- Europe, Central Asia, China Hrotkó Károly Cseresznyealanyok 51

P. mahaleb rootstocks Seedlings Cema (C 500) Cemany (C2753) Clonal rootstocks SL 64 (Fr, vigorous) Bogdány (Hu, vigorous) Korponay (self fertile) Pontaleb (Fr), SL 405 (self fertile) Magyar (Hu, moderate vigor) Egervár (Hu, vigorous) UCMH 59 (USA, moderate vigor) Hrotkó Károly Cseresznyealanyok 52

Cema Cemany Cema P. mahaleb seedlings: Cema, Cemany Hrotkó Károly Cseresznyealanyok 53

Sour cherry spindle on Korponay seedling Korponay magonc Hrotkó Károly Cseresznyealanyok 54

SL 64 Van/SL64 (modified Brunner-spindle) Hrotkó Károly Cseresznyealanyok 55

Bogdány Alex/Bogdány Van/Bogdány Hrotkó Károly Cseresznyealanyok 56

Magyar Katalin/Magyar Katalin/Magyar Hrotkó Károly Cseresznyealanyok 57

P. mahaleb hybrids (P. mahaleb x P. avium) Name MxM 14 (Brokforest) MxM 97 (Brokgrow) MxM 60 Evaluation Moderate vigor (60%), early turning to bearing, good productivity, adaptable to poor soil, fruit size (?). Moderate vigor (60%), early turning to bearing, good productivity, adaptable to poor soil, fruit size (?). Vigorous (100%), good productivity, adaptable to poor soil. Hrotkó Károly Cseresznyealanyok 58

Van/MaxMa 14 Brokforest (MaxMa 14) Lapins/MaxMa 14 Garmersdorfi óriás/maxma 14 Hrotkó Károly Cseresznyealanyok 59

P. cerasus as cherry rootstock From low to standard vigor Variable compatibility, moderate or short living trees Precocity (early turning to bearing), good productivity Flat root system, poor anchorage, root suckers. Fertile soil and good water supply is required. In lime soil sensitive to iron chlorosis. Winter hardiness and cold tolerance is good, but the hybrids are variable. Hrotkó Károly Cseresznyealanyok 60

P. Cerasus rootstocks Seedlings (seldom used) Cigánymeggy C. 404, Cigánymeggy C. 219 Stockton Morello Clonal rootstocks Vigorous: Weiroot 10, Weiroot 13, Masto de Montagna Moderate vigor: CAB 6P, CAB 11E, Weiroot 154, Weiroot 158 Dwarf: Edabriz, Weiroot 72, Weiroot 53 Hrotkó Károly Cseresznyealanyok 61

P. avium Sdlg 30x P. fruticosa Prob 50x P. cerasus CAB 11E 50x

Linda/Gisela 5 and Weiroot 158 Linda / Weiroot 13 and Gisela 5 Linda/Gisela 5 and Weiroot 154 Hrotkó Károly Cseresznyealanyok 63

P. cerasus hybrids (Gi - Sel - A) Name Origin Evaluation Gisela 5 (G 148/2) Gisela 6 (G 148/1) Gisela 7 (G 148/8) P. cerasus x P. canescens P. cerasus x P. canescens P. cerasus x P. canescens Semi dwarf or dwarf, needs fertile soil and irrigation, early bearing, good productivity, tends to blindwood formation. Semi dwarf or dwarf, needs fertile soil and irrigation, early bearing, good productivity, low renewal capacity. Semi dwarf or moderate vigor, needs fertile soil and irrigation, early bearing, good productivity. Hrotkó Károly Cseresznyealanyok 64

Linda/Gisela 5 Lapins/Gisela 4 Regina/Gisela 5 (Fränkische Schweiz) Hrotkó Károly Cseresznyealanyok 65

Alex Bogdány Gisela5 Hrotkó Károly Cseresznyealanyok 66

Further species Prunus fruticosa and derivatives: GiSelA 4 (D), Prob, Frutana (Pl), Krymsk 5 (Ru) Belgian selections Inmil (P. incisa P. serrula), Damil (P. canescens P. dielsiana) and Camil (P. canescens) Japan selections - Prunus. nipponica var. kurilensis : Chishimadai 1 go, - P. lannesiana forma mutiplex : Aobazakura Prunus cerasifera: Adara : in Spain as interstem too for Marianna GF 8/1

Cherry rootstocks recommended in Hungary Very vigorous Mazzard seedling Vigorous Moderate vigor Semi dwarf, dwarf SL 64 Magyar Weiroot 154 F 12/1 Bogdány MaxMa 14 Weiroot 158 Cema Colt MaxMa 97 Gisela 5 Cemany Korponay Gisela 6 Edabriz Weiroot 10 Pi-Ku-1 Weiroot 72 Weiroot 13 Weiroot 53 Hrotkó Károly Cseresznyealanyok 68

Growth and yield efficiency of Lapins on different rootstocks (Weiroot = 100%) 200,00 180,00 160,00 140,00 120,00 100,00 80,00 60,00 40,00 20,00 0,00 Gisela 3 Edabriz Gisela 4 G 195/20 Weiroot 53 G 154/7 G 148/13 Damil Gisela 11 Gisela 6 Weiroot 158 G 318/17 HexColt G 497/8 Gisela 7 Maxma 97 Maxma 14 G 107/1 Colt Maxma 60 Weiroot 10 Hrotkó Károly Cseresznyealanyok 69

Rootstocks for ornamental cherries Prunus avium sdlg, F12/1: - Japanese ornamental cherries (P. serrulata varieties) - Prunus fruticosa Globosa - P. avium and P. cerasus varieties with semi double and double flowers Prunus mahaleb sdlg or clonal rootstocks: - Prunus fruticosa Globosa - with P. avium interstem only!: Japanese ornamental cherries (P. serrulata varieties) - P. avium and P. cerasus varieties with semi double and double flowers Prunus cerasus:??? or dwarf GiSelA rootstocks:??? Onto Japan selected rootstocks (Prunus. nipponica var. kurilensis Chishimadai 1 go, P. lannesiana forma mutiplex : Aobazakura ): - Japanese ornamental cherries (P. serrulata varieties)