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close this bookCase Studies of Neem Processing Projects Assisted by GTZ in Kenya, Dominican Republic, Thailand and Nicaragua (GTZ, 2000, 152 p.)
close this folder4. Case studies of small-scale semi-industrial neem processing in Kenya, Thailand, the Dominican Republic and Nicaragua
close this folder4.3. Small-scale industrial manufacturing of neem-based pesticides in the Dominican Republic
close this folder4.3.5 Market potential for neem pesticides in the Dominican Republic
View the document4.3.5.1 Marketing to date
View the document4.3.5.2 Market potential of neem pesticides
View the document4.3.5.3 Analysis of the economic production with and without the use of neem pesticides
View the document4.3.5.4 Market growth potential and substitution possibilities

4.3.5.2 Market potential of neem pesticides

The agricultural sector in the Dominican Republic is characterised by unequal land distribution and sizes of farms (15% of farmers cultivate 50% of the agricultural area, 80% of all farms are smaller than 5 ha). Many farmers acquired 3-5 ha plots as the result of an agricultural reform process. The problem related to this land is that it could not be mortgaged, which would be necessary for buying agricultural inputs. In total nearly 2 million ha are used for agriculture.

The main agricultural export products are sugar cane, coffee, cocoa and tobacco, but also banana and pineapple. For local consumption mainly rice, maize and vegetables are produced.

In 1998 the following areas (in ha) were cultivated with following selected crops, which might have a potential for neem application (listed by the decreasing potential for neem application):

brassicas

1,235 ha

okra

670 ha

melons, cucumber

1,180 ha

tomato

11,760 ha

capsicum

2,550 ha

egg plant

1,370 ha

tobacco

25,900 ha

potato

2,780 ha

orange

6,420 ha

maize

36,920 ha

rice

110,840 ha

coffee

12,560

cocoa

148,350

peas and other pulses

23,260 ha

beans

49,900 ha

pineapple

228,265 ha

The export market for vegetables, fruits and flowers, especially in the USA, is a market for neem pesticides, because the crops are checked for residues of synthetic pesticides.

Complaints of crop samples contaminated with pesticide residues over the permitted levels result in heavy losses, because the entire container is sent back. It can be expected that the market demand will increase in the future.

Vegetables cropped for export and treated according to IPM concepts are brassicas, carrots, lettuce, onions, beetroot and garlic. According to the MoA there is a good opportunity for neem pesticides in following crop species:

· potatoes

1,570 ha

· fennel

125 ha

· cabbage

630 ha

· lettuce

3,500 ha

· carrots

220 ha

· broccoli

95 ha

· beetroot

250 ha

· onion

310 ha

· garlic

820 ha

The DoA recommended substituting three out of ten insecticide applications (e.g. in tomato) with neem.

The following table (49) lists the crop species and pests where this concept has been used successfully (according to FAMA):

Table 49: Cost comparison between neem oil and conventional pesticides

Crop

Pest

Costs of formulated neem oil/ha US$

Costs for applying synthetic pesticides (US$/ha)

Melon

Lepidoptera

22.75

Decis 4.41

Melon

B. Tabaci

45.5

Pegasus 56.54

Capsicum

Aphids

40.56

Diazinon 12.94

Capsicum

Lepidoptera

20.25

Dipel 18.00

Capsicum

B. Tabaci

4,056

Eviset 10.29

Tomato

B. Tabaci

45.5

Pegasus 56.54

Tomato

Dipteros

22.75

Decis 4.41

Tomato

Aphids

45.50

Diazinon 12.94

Tomato

Lepidoptera

20.25

MTD600 3.75

Cabbage

Lepidoptera

27.30

Javelin 13.97

Cabbage

Aphids

54.60

Primor 14.25

Beetroot

Lepidoptera

20.25

Dipel 18.00

Beetroot

Aphids

40.56

Monitor 10.00

Okra

B. Tabaci

20.25

Thiodan 11.88

Okra

Lepidoptera

20.25

Lannate 16.5

Okra

Aphids

45.50

Primor 14.25

Auyama

Lepidoptera

34.12

Javelin 13.97

Auyama

B. Tabaci

68.25

Pegasus 56.54

Auyama

Aphids

68.25

Primor 14.25

Lettuce

Lepidoptera

20.25

Decis 4.41

Lettuce

Aphids

40.56

MTD600 3.75

Eggplant

Lepidoptera

34.12

Javelin 13.97

Eggplant

B. Tabaci

68.25

Pegasus 56.54

Watermelon

Lepidoptera

34.06

Dipel 18.00

Watermelon

B. Tabaci

68.25

Danitol 24.61

Watermelon

Aphids

68.25

Ekatin 9.13

Cucumber

Lepidoptera

22.75

Javelin 13.97

Cucumber

B. Tabaci

45.50

Thiodan 11.88

Cucumber

Aphids

45.50

Monitor 10.00

In principle the preparation of the pesticide solution based on formulated neem oil is similar to that of synthetic insecticides. The applications, however, have to be carried out more intensively and more thoroughly. It is also important to apply the neem pesticides in the evening or early morning to avoid fast degradation by UV light.

To prepare a pesticide solution of ground neem seeds much more time and additional equipment is required (see Chapter II, 2.1).

Although there are about 1000 - 2000 farmers cropping according to organic farming regulations, the market share for neem products has been very small in the past.

This is due to the fact that neem products are not very well known and tested in organic cropping systems. A further potential market for neem pesticides can be expected in this sector.