Chekurmanis (Souropus androgynus L.) is a perennial shrub native to South and Southeast Asia that is used as a leafy vegetable. It grows well in hot, humid conditions from sea level to 1200 meters elevation. The plant is propagated through stem cuttings and about 100,000 cuttings are needed to plant one hectare. Leaves, tender shoots, and fruits are eaten raw or cooked in soups, salads, curries, and more. Regular harvesting of leaves and shoots every 2 weeks produces maximum yields of 30-50 tonnes per hectare annually. Chekurmanis is nutritious but raw leaves may cause side effects due to their pipevarine
1. Rajmata Vijya Raje Sindhiya Krishi Vishwavidyalaya
Gwalior
College Of Horticulture , Mandsaur
Production Technology Of Underexploited Vegetable Crops ,VSC
507
Submitted By
Sourav panwar
M.Sc. previous year
Enroll no. 20141412
Department of Vegetable Science
Sumitted To
Dr. S.S. Kushwah Sir
Department of Vegetable Science
College of Horticulture , Mandsoar
Production Technology Of Chekurmanis
2. Botanical name : Souropus androgynus L.
Family : Phyllanthaceae
Origin : South Asia
2n : 12
Plant part used : Leaves
3. Introduction
Chekurmanis (Sauropus androgynus L.) of the family
Phyllanthaceae is a perennial small
shrubby leafy vegetable growing wildly in South and
Southeast Asia. The plant is native of
India and Burma region. It is found in the Sikkim, Himalayas,
Khasi and Akra hills at 1200m
elevations and in the Western ghats of Kerala from Wynad
northwards at an altitude of 300-
1200m. It is reported to be introduced into Kerala from
Malaysia in 1953 and is known in
Malayalam as „Madura keera‟. Chekurmanis occupy a
prominent place in almost all
household kitchen gardens of Kerala but has not been
4. The plant is a slow growing glabrous perennial
shrub and attain a height of 2-3.5m. Its main
branches are terete and flaccid. Lateral
branches are thin. Leaves are ovate, oblong,
sessile,
alternate, membranous and short stacked.
The inflorescence is auxiliary with small
reddish
flowers. Flowers are monoecious, minute,
auxiliary, pedicelled and clustered. Fruits
sessile,
white or pinkish-white,0.2cm in diameter with
a fleshy epicarp. The crop is highly
crosspollinated and entomophilous because of
photogynous and monoecious nature of
flower. As a
leafy vegetable, it is usually maintained as a
perennial plant at a height of 1-1.5m by
frequent
harvest of leaves and apical system.
5. Distribution and Propagation
Chekurmanis grows rapidly in hot humid conditions but becomes
relatively dormant in cooler environments. It appears to have
originated from the hot humid lowland rainforest of Borneo and its
present distribution spans from India and South China, through Indo-
China and Malaysia to the Philippines, New Guinea and Solomon
islands. It is more vigorous at lower altitudes but also grow up to an
altitude of 1300 m in Malaysia and Indonesia. In India, the shrub is
reported to be found in Sikkim Himalayas, Khasi, Abor and Aka hills
and in the Western Ghats of Kerala at altitudes of 600-1200 m. It is
said to have got introduced into Kerala from Malaysia in 1953. Reports
of its occurrence in the peninsular India from the evergreen forests,
clearings, scrub vegetation, roadsides and on waste grounds in
Coimbatore, Madurai, Nilgiri, Tiruchirappalli, Tirunelveli and several
other parts are available in literatur
6. Nutritive value
Nutitions % part
Moisture 85.5
Carbohydrate -----
Fiber 1.75
Protien 5.25
Lipid 0.58
Energy -------
7. Uses and food preparation
The leaves, tender shoots and fruits are used either as
raw or as
cooked vegetable. Cooked leaves are acidic and are used
in soup
preparation in Java.
A sweetmeat is also prepared from the fruits
there .
In Indonesia, the leaves are reported to be used for
giving light
green colour in pastry and fermented rice.
Leaves are used in sandwiches, salads, curries, meat, rice
8. Anti nutritional value
As the leaves contain significant amount of
‘pipevarine’,
sometimes excessive consumption of raw leaves
maycausedizziness,
drowsiness, constipation and respiratory disorder
9. Soil and climatic conditions
It comes up well in all types of soils. The growth and yield
are high when they are
grown in rich, well drained sandy loam or semi-laterite soils.
A warm humid climate with good rainfall is best suited and
its grows luxuriantly at a lower elevations at 500m above
MSL though plants are found at higher elevations up to
1,200m above MSL.
When the plants are raised under shade, it produces
broader leaves. There are no distinct varieties or types
available in this crop.
10. Propagation by stem cutting
Seed propagated plants come to harvest
little
later than cuttings. Herbaceous stem
cuttings (6- 12 months old) may be
collected with 5-6
nodes or 20-30cm length and planted in
polybags containing manure mixture.
Rooting can be
harvested by dipping the cuttings in
50ppm IAA/ IBA before planting in
polybag. It takes 20-
25 days for rooting. Usually, it is grown
as hedge or fence around vegetable
plots or in
kitchen gardens.
11. Planting material required
For planting a hectare area, about one lakh cuttings
are required.
Season for planting
The cuttings are planted in shallow furrows at least
15 days earlier to the onset of monsoon during April-
May.
12. Mannuring and fertilizer applications
If the crop is
planted in pits (30cm3
size), 5 kg of farmyard manure is added in additionto
25g each of
urea, superphosphate and muriate of potash.
Application of 30g of 7:10:5 NPK mixture per
plant supplemented with 1 % urea spray after each
clippings enhances leaf yield
considerably.
13. Harvesting
The first clipping of succulent leaves can be done 3- 4
months after plantings, i.e, when
the plant reaches about 60-90cm height subsequently in
every fortnight, another harvest is
possible, if the plants are manured and irrigated. Plants are
usually trimmed to 1- 1.5m height
to facilitate easy harvest. The tender shoots and leaves are
used for culinary purpose.
15. Refrence
Padhari G. Gargi , Chekurmanis; The MultivitaminGreen
,March 2021, Just Agriculture ,Volume 1 ,issue 7
Chttarjee Shubhrajyoti , Nutrition Status Of
Chekurmanis,2019
,Reaserchgate.com/Publication/331824239