|
CHICKPEA VARIETIES
Chickpea as a vegetable,
herbal and a rotational crop for eastern Canada. Some of the traditional crops grown in eastern
Canada (especially in Ontario) like tobacco, winter wheat and dry beans are losing their
importance for economical and other reasons Tables 1 and 2. Moreover, the prices of major crops
like soybean, corn and rye show a downward trend (Table 3). The farmers need new options for crop
diversification. Chickpea (Cicer arietinum L.) known for its diversified food, feed, cosmetic and herbal
medicinal uses and export potential and as soil-health ameliorant could be an ideal species for crop
diversification in this region. In addition to be a replacement to some of these crops, chickpea because
of its drought tolerance may be suitable for some of the unutilized lands.
Chickpea is generally consumed
as a seed, being a good source of protein, quality starch and other essential human nutrients.
However, mature green seeds, roasted green pods and young chickpea leaves also are eaten as a cooked
vegetable green and as spinach in some parts of the world, and could be a useful source of dietary
nutrients and fiber. It compliments human nutrition by providing limiting amino acids in cereal foods.
Chickpea’s low glycemic index (7 compared to 100 for wheat) makes it as one of the best diets for
diabetic people. There are many uses of this grain legume as herbal medicine in the old world. If
these properties are scientifically proved, chickpea can excel as health food and as herb. Such value
addition could make it as a cash crop in eastern Canada Chickpea leaves and young shoots contain
about 60% water, 8% protein, 1% fat, 27% carbohydrate 3.5% ash, 0.3% calcium, 0.2% phosphorus
and 6700 IU per 100 g carotene. Overall, chickpea leaves are a good source of several minerals
required by humans, and for most minerals, their levels significantly exceed those for spinach
and cabbage. Researchers in USA have found that macronutrient minerals (Ca, Mg, K, P)
vary from 1.3-fold to 1.8-fold and micronutrient minerals (Fe, Zn, Mn, Cu, B, Ni) vary from
1.5-fold to 2.4-fold in various chickpea accessions. Chickpea sprouts enhance the protein and
vitamin utilization and therefore the biological value. These have twice the amount of vitamins
C than that in the dry seeds.
Chickpea is beneficial to the environment. It fixes atmospheric nitrogen and requires low dozes
of chemical fertilizers. Chickpea needs relatively lesser use of pesticides. It has deep root
system and is an ideal crop for rotation with cereals. Therefore it enhances sustainability of
agriculture by improving soil health. As it is a cool season crop, it can be planted earlier than
some of the common crops grown in eastern Canada and thus can take benefit of good moisture
conditions early in the season. Thus it will be useful to investigate chickpea as a crop in
eastern Canada.
Objectives:
· To develop and identify suitable chickpea varieties for use as green salad and as
roasted pods
(coagulated protein) and extend its adaptation to eastern Canadian
environments.
· To develop an agronomic package for these varieties for the farmers. This includes
agronomic practices such as fertilizer application, inoculation, seed treatment, and
herbicide use, and mechanical harvesting, seed handling and storage.
· To enhance genetic resistance to ascochyta blight and root diseases.
· To improve quality characteristics to help stabilize chickpea use in the country.
· To enhance sustainability of eastern Canadian agriculture and increase farmers’
income by growing this high value crop as vegetable and health food.
Expected economic impact in eastern Canada
The farmers in eastern Canada will benefit from the availability of an adapted crop that will
widen their options. Since there is a great export potential, the other intermediate dealers
will also benefit. Local and foreign consumers will have a choice of delicious health food that
will allow them to eat sufficient quality protein without the danger of intake of accompanying
fat that is associated with food prepared from peanut, soybean and animal products.
Agriculture Environment Renewal Canada (AERC) Inc. has a well established breeding program for
chickpea in the region to provide improved varieties to the farmers. This program will be able
to develop and test the new germplasm and make available new varieties to the farmers. By the
year 2003, one chickpea variety will be selected for seed production in eastern Canada. Chickpea
will be available for the growing market in North America for both the canning industry and
salad bars. Chickpea flour can be locally made from home grown chickpea used for pancakes,
breading, thickeners, fried noodles, Indian special sweets and curry vegetable dishes. This
will also help to meet the domestic steady demand from the ethnic population familiar with this
crop in Canada.
If 10,000 acres of chickpea is cultivated in eastern Canada in the year 2004 and farmers get
a benefit of $ 60 / acre over corn/soybean, the region will get additional $ 1.5 million income.
This benefit can be multiplied if chickpea-leaves, green seeds and roasted pods are popularized
and exported. Also if 10,000 acres tobacco/rye land is replaced with chickpea, the health and
other benefits will be immense. Replacement of rye may benefit the region with another
$ 2 million income.
Table 1. Area under major and some cash crops in Ontario 1996 and 2001
|
Ontario |
1996(Hectares) |
2001(Hectares) |
1996 to 2001(% Change) |
|
Soybean |
776,226 |
909,942 |
17.2 |
|
Corn for grain |
767,159 |
810,613 |
5.7 |
|
Alfalfa and alfalfa mixtures |
598,724 |
651,885 |
8.9 |
|
All other tame hay and fodder crops |
419,425 |
361,480 |
-13.8 |
|
Winter wheat |
291,177 |
220,712 |
-24.2 |
|
Tobacco |
27,000 |
24,000 |
-11.2 |
|
Dry Beans
|
22,000 |
19,000 |
-13.6 |
Table 2. Area under major crops in Quebec 1996 and 2001
|
Quebec |
1996(Hectares) |
2001(Hectares) |
1996 to 2001(% Change) |
|
All other tame hay and fodder crops |
670,744 |
545,125 |
-18.7 |
|
Corn for grain |
331,782 |
435,685 |
31.3 |
|
Alfalfa and alfalfa mixtures |
210,954 |
235,231 |
11.5 |
|
Barley |
125,228 |
159,447 |
27.3 |
|
Soybean |
96,695 |
148,073 |
53.1 |
Table 3. Prices of major crops/tonne in Ontario from 1996 to 2000.
|
Year |
Soybean |
Corn |
Wheat |
Rye |
Dry Beans |
|
2000 |
260 |
115 |
130 |
105 |
505 |
|
1999 |
263 |
112 |
109 |
75 |
563 |
|
1998 |
279 |
118 |
119 |
90 |
646 |
|
1997 |
337 |
141 |
142 |
122 |
394 |
|
1996 |
370 |
153 |
181 |
123 |
547 |
Click here to download the Chickpea Brochure.
|