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Cultivation Technology of Organic Roses for Petal Production Butcaru A.C., Stănică F. 9 th CASEE Conference Bucharest 6-9 th of June 2018 University of Agronomic Sciences and Veterinary Medicine Research Center For Studies Of Food Quality And Agricultural Products

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Page 1: Cultivation Technology of Organic Roses for Petal Productioncasee2018.usamv.ro/casee-files/papers/1o- 6. Ana... · Cultivation Technology of Organic Roses for Petal Production Butcaru

Cultivation Technology of Organic Roses for Petal Production

Butcaru A.C., Stănică F.

9th CASEE Conference – Bucharest 6-9th of June 2018

University of Agronomic Sciences and Veterinary Medicine

Research Center For Studies Of Food Quality And

Agricultural Products

Page 2: Cultivation Technology of Organic Roses for Petal Productioncasee2018.usamv.ro/casee-files/papers/1o- 6. Ana... · Cultivation Technology of Organic Roses for Petal Production Butcaru

Introduction

Researches are part of the phD thesis: ”Researches on organic culture of edible roses”

Rose is one of the most mankind beloved plant specie since the ancient times. It is a symbol of love and victory, sign of nobility and refinement. Its therapeutic properties are usually forgotten in favor of the ornamental role. It is important to rediscover them and for an appropriate analyze an organic culture is needed.

Page 3: Cultivation Technology of Organic Roses for Petal Productioncasee2018.usamv.ro/casee-files/papers/1o- 6. Ana... · Cultivation Technology of Organic Roses for Petal Production Butcaru

Objective

to present a technology for the cultivation of organic roses for petal

production The basic principle followed is the creation of an organic production

ecosystem considering the natural and anthropogenic factors (Milică et al,

2010, Wagner, 2010).

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Organic Agriculture

Always remember the 4 principles of organic agriculture:

Health Ecology Fairness Care

Important factors to be taking into consideration by the technology:

Environment – biodiversity Soil activity Seedlings

Plant protection and fertilization Weeds control

Quality of products Human factor

Page 5: Cultivation Technology of Organic Roses for Petal Productioncasee2018.usamv.ro/casee-files/papers/1o- 6. Ana... · Cultivation Technology of Organic Roses for Petal Production Butcaru

1. Soil preparation - Increase the soil fertility and

biological activity 1.350 sqm in Didactic field USAMV Bucharest

Material and method

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2. Ameliorative plants

Sinapis alba L. Phacelia tanacetifolia L.

Tagetes patula L. Sparky Mix

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gazon

2 metri

pichet pichet pichet pichet pichet

59

,5 m

2,5 m

pichet

V8.Control

V7.Tagetes

pichet

V6.Phacelia

V5.Tagetes+

Phacelia

pichet

V4.Sinapis+

Phacelia

V3.Tagetes+

Sinapis+Phacelia

pichet

V1.Sinapis 130 mp

V2.Tagetes+

Sinapis

pichet

pichet

pichet pichet pichet pichet

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Ameliorative plants

8

Sinapis Phacelia Tagetes

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Material and method

Falstaff Brother Cadfael

Crown Princess Margaret

Three climbing varieties David Austin English roses

“Falstaff” - dark crimson colour, 250-300 cm height, repeat flowering and good fragrance.

“Crown Margaret” - an apricot – orange, 250-350 cm height, fruity fragrance with repeat flowering.

“Brother Cadfael” - a pink rose, 300 cm height, strong old rose fragrance with repeat flowering.

All three varieties are edible. suitable for jam or other products.

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10 2 m between rows and 1 m on the row Trellis for rose plant support with three wires fixed on 2.5 m high Acacia

wooden posts

2. Organic rose culture

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Drip irrigation

11

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On the row - mulch with wood chips and wool

12

Wool

Wood chips

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13

Fertilization: - with manure and organic products; Plant protection: - with different products based on copper.

sodium bicarbonate. sulfur. hot pepper and propolis tincture; Increasing the plants immunity system: - bio stimulators and caw

milk

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3. Rose petals jam

14

collected from each variant begining with May, in the morning (08.00 – 10.00)

Rose jam or dehydrated

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Results and discussion

15

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The technology for the cultivation of organic roses for petal production follows several steps

16

Results and discussion

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Step 1. Preparing the land for planting

17

Land clearing of existing vegetation and clean Plotting the land Fencing the culture Creating the windbreak

Role windbreak – create a microclimate for decrease external influences (possibly polluting substances from neighboring crops) - create a shelter for useful avifauna.

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Step 1. Preparing the land for planting

18

- poplar windbreak (Populus balsamifera) in a grass band 2.0 – 2.5 m wide at 1 m distance in the center of the green band

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Step 1. Preparing the land for planting

19

Proper preparation of the land: Scarification, Ground leveling, Depth plowing 25-30 cm, Soil preparation with a rotary cutter

Natural soil disinfection and disinsection

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Amelorative plants - microbiology

20

Fungi

Bacteria

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Amelorative plants microbiology

21

Soil respiration

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Step 2. Establishing the organic edible rose culture

22

Supply of seedlings Establishment of planting distances and land plotting - climbing roses 2 m

between rows and 1 m per row Basic fertilization at planting - fermented manure (10-15 to / ha) or

another organic fertiliser Installing trellis system

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Step 2. . Establishing the organic edible rose culture

23

Install fertigation system – drip irrigation on the first wire

Rose planting – preferably in automn

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Step 2. . Establishing the organic edible rose culture

24

Soil maintanance – MULCH Ex. Wool/ Wood chips

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Agrochemical parameters influenced by mulch

25

Influence of

ameliorative

species and

mulch on

the

evolution of

mineral N

(ppm)

parameter

2016/2015

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Agrochemical parameters influenced by mulch

26

Influence of

ameliorative

species and

mulch on the

evolution of

K (ppm)

parameter

2016/2015

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Agrochemical parameters influenced by mulch

27

Influence of

ameliorative

species and

mulch on the

evolution of

humus

content (%)

2016/2015

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Step 2. . Establishing the organic edible rose culture

28

Pruning

Pruning details (first and second year)

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Step 2. . Establishing the organic edible rose culture

29

Organic treatment No. Phenophase Pathogen/pest Recommended plant

protection products

1 The beginning of

vegetation

Aphids, mites (hibernate forms) - vegetable oil (Ovipron 2000 -

0,5%)

- Oleorgan – 0,3%

- Laser 240 – 0,25%

- Canelys – 0,3%

Mildew, Black spot, Rust - Bouille bordelaise – 0,5-1,0%

- Microthiol – 0,3%

- sodium bicarbonate – 0,5%

- Mimox – 0,3%

- Altosan – 0,3-0,8%

2

Growing shoots (April

- May)

Diseases produced by fungi and

bacteria (Black spot, mildew,

rust)

- Bouille bordelaise – 0,5%

- Microthiol – 0,3%

- sodium bicarbonate – 0,5%

- Mimox – 0,3%

- Altosan – 0,3-0,8%

Aphids, other pests - Oleorgan – 0,3%

- Laser 240 – 0,25%

- Canelys – 0,3%

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Step 2. . Establishing the organic edible rose culture

30

Organic treatment No. Phenophas

e

Pathogen/pest Recommended

plant protection

products

3 June - September Diseases produced

by fungi and

bacteria (Black

spot, mildew,

rust)

- Bouille bordelaise – 0,5%

- Microthiol – 0,3%

- sodium bicarbonate – 0,5%

- Mimox – 0,3%

- Altosan – 0,3-0,8%

Aphids - Oleorgan – 0,3%

- Laser 240 – 0,25%

- Canelys – 0,3%

- propolis tincture – 0,15%

- hot pepper tincture – 0,3%

-garlic tincture – 0,3%

4 Fall of the leaves

(November -

December)

Mycotic pathogens

and bacteria

Bouille bordelaise – 0,5% -

1,0%

5 Winter period Mycotic pathogens

and bacteria, pest

(hibernating forms)

- vegetable oil (Ovipron 2000

- 0,5%)

- Bouille bordelaise – 1,0%

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Step 2. . Establishing the organic edible rose culture

31

Fertilization

N

o

Phenophase Recommended plant protection

products

1

The beginning of

vegetation, growing

shoots

(aprilie - mai)

Alga 0,3% (foliar or radicular)

Magnetic fertilizer

Cropmax 0,2%

Caw milk 1,0%

2 June - September

Alga 0,3% (foliar or radicular)

Cropmax 0,2%

Caw milk 1,0%

3 At the fall of the leaves,

during the winter

period

Bentonite 1,5% (frost

protection)

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Step 2. Establishing the organic edible rose culture

32

Rose petal harvest

May to October

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3. Biodiversity

33

Great tit (Parus major)

Tree sparrow (Passer montanus)

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3. Biodiversity

34

Woodpecker (Picinae)

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35

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36

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37

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38

Page 39: Cultivation Technology of Organic Roses for Petal Productioncasee2018.usamv.ro/casee-files/papers/1o- 6. Ana... · Cultivation Technology of Organic Roses for Petal Production Butcaru

Vă mulțumesc pentru atenție!

39

Page 40: Cultivation Technology of Organic Roses for Petal Productioncasee2018.usamv.ro/casee-files/papers/1o- 6. Ana... · Cultivation Technology of Organic Roses for Petal Production Butcaru

Conclusion

40

No.

Operațion

Period

Equipment / Supplies

1 L

a

n

d

c

l

e

a

r

i

n

g

o

f

e

x

i

s

t

i

n

g

v

e

g

e

t

a

t

i

o

n

a

n

d

c

l

e

a

n

t

h

e

o

t

h

e

r

e

x

i

s

t

i

n

g

r

u

b

b

i

s

h

.

March

- Septe

mber, year I

Backhoe

/ bags

/ Containers /

Tractor

with trailer

2 Plotting

March

- Septe

mber, year I

Pickets, roulette

3 Fencing

March

- Septe

mber, year I

Drilling

tractor /

Concrete pillars (h = 2.5 m), galvanized

mesh (h = 2 m)

4 Land scarification

March

- Septe

mber, year I

Scarifier

5 G

r

o

u

n

d

l

e

v

e

l

i

n

g

March

- Septe

mber, year I

Backhoe

6 D

e

p

t

h

p

l

o

w

i

n

g

2

5

-

3

0

c

m

Septe

mber –

Octobe

r, year I

Tractor

7 Soil preparation with a rotary cutter

February – March, year II

Tractor,

rotary

cutter

8 1.

March

- Septe

mber, year I

Drilling

tractor / Poplars

(Populus balsamifera) manure

9 Natural soil disinfection and disinsection

March–

April,

year II

Sowing

equipment/

seeds:

mustard

(Sinapis

alba) - 12 kg/h

a, Tagetes

sp. - 6-8

kg/ha,

phacelia (Phacelia tanacetifolia) - 8-10

kg/ha.

Tractor

10

Supply of seedlings

Septe

mber, year II

Seedlings

11

Establishment of planting distances and land plotting

October – November, year II

Pickets, roulette, strin

g

12

Installing trellis system

October – November, year II

Drill 100

mm/ acaci

a pillars,

burner,

wire 2,5

mm, staples,

wire tensioner

s 13

Install fertigation system

October – November, year II

Principal pipelines, drip, elements

14

Opening the planting ditch

October – November, year II

Tractor

15

Basic fertilization at planting

October – November, year II

Fertilization distribution equipment / manure (10-15

to/ha) or othe

r (ex. Orgafert

2 to/h

a) 16

Rose planting

October – November, year II

scissors / fres

h dun

g mud

/ Root

ip mix (2-3 l/ha)

No. Operațion Period Equipment / Supplies

1 Land clearing

of existing

vegetation

and clean the

other existing

rubbish.

March- September,

year I

Backhoe / bags / Containers /

Tractor with trailer

2 Plotting March- September,

year I

Pickets, roulette

3 Fencing March- September,

year I

Drilling tractor / Concrete pillars (h

= 2.5 m), galvanized mesh (h

= 2 m)

Technology to establish an organic edible rose culture

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Conclusion

41

4 Land scarification March- September, year

I

Scarifier

5 Ground leveling

March- September, year

I

Backhoe

6 Depth plowing

25-30 cm

September – October, year I

Tractor

7 Soil preparation with a rotary cutter

February – March, year II

Tractor, rotary cutter

Technology to establish an organic edible rose culture

Page 42: Cultivation Technology of Organic Roses for Petal Productioncasee2018.usamv.ro/casee-files/papers/1o- 6. Ana... · Cultivation Technology of Organic Roses for Petal Production Butcaru

Conclusion

42

8 1. Creating the

windbreak

March- September, year I

Drilling tractor / Poplars (Populus balsamifera)

manure

9 Natural soil disinfection and disinsection

March– April, year II Sowing equipment/ seeds: mustard (Sinapis alba) - 12 kg/ha, Tagetes sp. - 6-8 kg/ha, phacelia (Phacelia tanacetifolia) -

8-10 kg/ha. Tractor

10 Supply of seedlings September, year II Seedlings

11 Establishment of planting distances and land plotting

October – November,

year II

Pickets, roulette, string

Technology to establish an organic edible rose culture

Page 43: Cultivation Technology of Organic Roses for Petal Productioncasee2018.usamv.ro/casee-files/papers/1o- 6. Ana... · Cultivation Technology of Organic Roses for Petal Production Butcaru

Conclusion

43

12 Installing trellis system October – November,

year II

Drill 100 mm/ acacia pillars, burner, wire

2,5 mm, staples, wire tensioners

13 Install fertigation system October – November,

year II

Principal pipelines, drip, elements

14 Opening the planting ditch

October – November,

year II

Tractor

15 Basic fertilization at planting

October – November,

year II

Fertilization distribution equipment / manure (10-15 to/ha)

or other (ex. Orgafert 2 to/ha)

16 Rose planting October – November,

year II

scissors / fresh dung mud/ Rootip mix (2-3

l/ha)

Technology to establish an organic edible rose culture

Page 44: Cultivation Technology of Organic Roses for Petal Productioncasee2018.usamv.ro/casee-files/papers/1o- 6. Ana... · Cultivation Technology of Organic Roses for Petal Production Butcaru

Conclusion

44

No. Operation Period Equipment / Supplies

1 Winter treatment January- February - vegetable oil (Ovipron 2000 - 0,5%) - Bouille bordelaise– 1,0% - bentonite 1,5% (frost protection)

2 Eliminate the winter soil hills February - March -dig/ dibble

3 Pruning and trellising branches

February - March -Scissors/trellis elements

4 Eliminate dried leaves, branches (cultural hygiene)

March -Scissors

Maintenance technology for an organic rooting plant

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Conclusion

45

Maintenance technology for an organic rooting plant 5 Spring treatment March Insecticides:

- Oleorgan –

0,3%

- Laser 240 – 0,25% - Canelys – 0,3% Fungicide/Bio-stimulators: -Bouille bordelaise – 0,5-1,0% - Microthiol – 0,3% - Sodium Bicarbonate – 0,5% - Mimox – 0,3% - Altosan – 0,3-0,8%

6 Soil maintenance March - Wool/twood chips/ processed wool - trimer/ mowing equipment

7 Ameliorative plants sowing March – April -Sowing equipment/ ameliorative plants seeds

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Conclusion

46

Maintenance technology for an organic rooting plant

8 Treatment sprout growing and fertilization

April – May Fungicide/Bio-stimulators

9 Remove the blooms (year I) May – June

10 Soil maintenance May – October - trimer/ mowing equipment

11 Irrigation May – September Irrigation system

12 Trellising new sprouts June – September -trellising elements

13 Protection and fertilization treatments

June – September Fungicide/Bio-stimulators

14 Rose petals harvesting July - October - Boxes / baskets / scissors

15 Complete plants October - December -drill, scissors/manure/fresh dung/ seedlings/Rootip mix

16 Falling leaves treatments November - December -Bouille bordelaise – 0,5% - 1,0%

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47

Thank you for your attention!