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Capacity Building

The project has conducted a number of training courses for trainers and growers, to ensure that the PA technology, knowledge and practices are shared with Ministry researchers, extension agents and growers.

1)      Training the Trainers

The three Project Implementation teams (PIT) (list of PIT) have been trained on different PA aspects by ICARDA scientists and consultants. Three training courses have been conducted for the 11 PIT members, who also function as local trainers and regularly visit farmers’ fields. Several pilot growers also participated in the training. These courses covered:

·         Greenhouses installation

·         Greenhouse preparation (soil, irrigation, crop support, etc...)

·         Nursery preparation and production of young plants

·         Integrated Production & Protection
 Management (IPPM)

·         Production of different crops under plastic houses

·         Pre- and post-harvest techniques

·         Maintenance of plastic houses and irrigation

For more information on the training courses, see project progress reports under Publications.

 

 

2)      On the Job Training for Pilot Growers and Farmers Field School (FFS)

The project uses participatory approaches such as FFS and workshops. Pilot growers and the community are involved in all project activities. Pilot growers have received at least two visits per month by PIT and 1 to 2 visits per season by ICARDA experts, and have received practical training on greenhouse management and cash crop production.

The 35 pilot growers (list of pilot growers) were divided into two groups of 17 each, which received greenhouses during the first and second years (one greenhouse was established at Taez Research Center in the first year). This allowed the project to focus on a small group each year and to provide the best possible service to new growers.

Growers received practical and on the job training during the Farmer Field Schools (FFS), from ICARDA scientists and consultants. FFS is an effective approach for technical education and capacity building. It provides a suitable environment for farmers to generate knowledge that is functional and necessary to improve their production skills. The FFS were conducted on farmers’ fields during the field visits. The topics for each training session were based on the crop growth stage, the required agriculture activities for that stage, as well as specific problems reported by growers or PIT.

For more about FFS and visits to pilot growers, see project progress reports under Publications.

3)      Field days and workshops

To discuss growers’ common technical problems and obtain feedback from them, a number of workshops were organized, bringing together all participating growers, PIT and other project stakeholders. Workshop reports are available in the progress reports under Publications.

4)      Developing handouts and training manuals

The project has produced several training manuals and technical notes in the local language. These cover various subjects: Greenhouse installation and set-up; Irrigation and fertigation for greenhouse crops; Crop production under plastic house; IPPM.  The manuals have been distributed to PIT members and pilot growers. See the hand-outs under the project publications

Establishment of Greenhouses at Farmers Fields

The project established 35 greenhouses at pilot growers’ sites within two years (list of pilot growers and locations). All the pilot growers are actively engaged in farming. Selection of the pilot growers was based on specific criteria including availability of water, technical background of grower, access to road, and visibility of the farm (for demonstration purposes). All pilot growers have signed a contract defining rights and obligations (publications).

Socio-economic data on the pilot farmers were collected through a benchmark study (see the report) carried out by AREA scientists in close collaboration with ICARDA. A socio-economic assessment will be conducted to measure the project impact on the standard of living of pilot farmers.

Greenhouses were established on a cost sharing bases. Yemeni farmers, especially those in marginal areas, have little or no cash resources.  Therefore, the project initially provided the materials and equipment to establish greenhouse production in the pilot sites. The cost of training and technology transfer will be covered through the French Food Aid Program. ICARDA covered the cost of the technical assistance, salaries and employment costs of project staff, including training and administration costs. The Ministry of Agriculture and AREA covered the costs of all Ministry personnel who were involved in the project and received training. Farmers participating in the project provided their labor and land for greenhouse construction and crop production, and for building water reservoirs for irrigation. (publications)

Production

In the first growing season (March-July 2006) all greenhouses were planted with cucumber. The following table shows results from the 17 greenhouses installed in farmers’ fields.

 

Cucumber production in 17 greenhouses during the first growing season

Growers

Altitude above see level

Production

Number of pickings

Total (kg)

kg/m2

Starting date

Stop date

Number of days

1

2090

37

4160

14.90

6 Apr 06

17 Jul 06

102

2

1548

49

5748

20.60

30 Mar 06

22 Jul 06

114

3

1490

38

5500

20.40

22 Mar 06

13 Jul 06

113

4

1200

10

1160

4.10

31 Mar 06

26 Apr 06

26

5

1150

32

4670

16.70

29 Mar 06

17 Jun 06

80

6

1230

25

3070

11.00

30 Mar 06

7 Jun 06

69

7

1110

40

6220

23.04

26 Mar 06

30 Jun 06

96

8

1110

23

3660

13.00

27 Mar 06

30 May 06

64

9

1120

35

5530

20.00

27 Mar 06

18 Jun 06

83

10

1190

28

3050

11.00

26 Mar 06

6 Jun 06

72

11

1290

17

1900

7.00

28 Mar 06

12 Jun 06

76

12

1150

23

3675

13.00

31 Mar 06

4 Jun 06

65

13

1140

15

2680

8.00

30 Mar 06

15 May 06

46

14

1140

25

3000

11.00

31 Mar 06

7 Jun 06

68

15

1270

22

2760

10.00

27 Mar 06

6 Jun 06

71

16

1290

21

5010

18.00

2 Apr 06

8 Jun 06

67

17

1300

18

3500

12.50

2 Apr 06

30 May 06

58

 

 In second season which started in August 2006, tomato was planted in 3 greenhouses and cucumber in the other 14. The following table summarizes results from cucumber in the second season (tomato was still under production).

 

Cucumber production during 2nd Growing seasons (14 GH)

GH

Plant seeds in pots

Variety

Transp. date

 Gap filling

First pick.

no of pickings

Yield (kg)

Yield/ m2

Date

Var.

1

7/8

Queen

19/8

21/8

Queen

7/10

38

4500

17.3

Ameral

2

7/8

Queen

-

-

 

30/9

44

6460

25.0

12/8

Magash

22/8

23/8

Arabella

3

7/8

Queen

20/8

21/8

Queen

3/10

42

5470

21.0

Lahluba

4

7/8

Queen

19/8

23/8

Queen

29/10

15

1700

6.7

Shabah

5

7/8

Queen

20/8

20/8

Queen

2/10

31

3800

15.1

7

8/8

Queen

18/8

-

-

20/9

30

5000

19.8

9

8/8

Queen

-

20/8

Queen

-

29

3600

13.8

10

8/8

Queen

21/8

21/8

Queen

--

--

--

--

11

8/8

Queen

19/8

20/8

Queen

23/9

24

2400

9.5

Lahluba

12

8/8

Queen

19/8

20/8

Queen

 22/10

 8

500

2.6

Lahluba

14

9/8

Queen

22/8

28/8

Queen

2/10

22

2650

10.5

15

9/8

Queen

21/8

21/8

Queen

2/10

25

2700

10.7

Alfeen

16

9/8

Queen

21/8

21/8

Queen

6/10

17

1900

7.5

Alfeen

17

9/8

Queen

21/8

21/8

Queen

7/10

23

3150

12.5

Alfeen

 

Tomato  production during 2nd Growing seasons (3 GH)

GH

Plant seeds in pots

Variety

Transp. date

 Gap filling

First pick. Date

no of pickings

Yield kg

Yield/ m2

Date

Var.

6

22/8

Ax-2210 F1

15/9

--

--

12/12

23

3990

15.3

8

22/8

Pisa F1

23/9

---

----

28/12

15

2000

7.7

11/9

Ax-2210 F1

28/10

9/11

Ax-2210 F1

13

22/8

Clx -37243 F1

16/9

--

--

14/12

21

2950

11.3

 

 

Cucumber production, in particular, was very encouraging. The following statement is from a report by Mr. Benoit Cathala, Agricultural Attaché of the French Embassy in Yemen, on the PA project in Taez.

“We saw 8 of the 17 greenhouses installed during year 1 (1 extra greenhouse was installed at the Taez Agricultural Research Center) and some of the participating farmers. The farmers had completed one growing season of cucumbers (season started in Feb and last harvest took place end of July) and seemed very satisfied with the results. The productivity was high and the farmers who had tried growing cucumber in open fields were clear that they had increased both productivity (some mentioned a 400% increase) and income.  It was also clear that the farmers used less water compared to other fields where flooding techniques were used. They also knew the amount of fertilizer they used (around 75kg per season). They are now planting new seeds and some are diversifying into tomato in the second growing seasons. All crops were sold on the local markets. Cucumbers were sold for around 100YR per kilo.”