Lecture - 10 Origin, History and Cultivation of Moong bean

Origin, History and Cultivation of Moong bean (मूंग की उत्पत्ति, इतिहास और खेती):-
Origin of Moong bean (मूंग की उत्पत्ति):-

1. परिचय (Introduction):-

·         सामान्य नाम:- मूंगहरा चना 

(Common Names:- Mung, Mungbean, Green Gram)

·         वानस्पतिक नाम:- Vigna radiata

(Botanical Name:- Vigna radiata)

प्रारम्भ में मूंग का वानस्पतिक नाम Phaseolus aureus था जिसे बाद में Wilczek ने बदलकर Vigna radiata कर दिया।

(Initially mung's botanical name was Phaseolus aureus, which was later changed to Vigna radiata by Wilczek.)

·         कुल:- लेग्यूमिनोसी या फैबेसी

(Family:- Leguminosae or Fabaceae)

·     उपकुल:- पैपिलिओनेसी

(Sub family:- Pepilionaceae)

·         गुणसूत्र संख्या:- 2n = 2x = 22

(Chromosome Numbers:- 2n = 2x = 22)

·         मूंग के पौधे का मूलतंत्र गहरा होता है जो मृदा कणों को बाँधे रखने का कार्य करता है। इस प्रकार यह मृदा अपर्दन को रोकता है।

(The root system of moong plant is deep which acts to bind soil particles. Thus it prevents soil erosion.)

2. उत्पत्ति केन्द्र (Center of origin):-

·         मूंग की उत्पत्ति भारत में हुई।

(Moong is the origin of India.)

·         एक जंगली पूर्वज Vigna radiata var. sublobata से कृष्य जाति की उत्पत्ति हुई है।

(Cultivated species is originated from a wild ancestor Vigna radiata var. sublobata.)

3. उपजातियाँ (Sub-species):- बोस (1932) के अनुसार Vigna radiata को आगे 40 विभिन्न प्रकारों में विभाजित   किया जा सकता है। यह वर्गीकरण पर्ण के आकारपुष्प के रंगपॉड के रंग  बीज के रंग के आधार पर किया   जाता है। इनमें निम्न लक्षण या भिन्नताएँ पायी जाती हैं -

(According to Bose (1932) Vigna radiata can be further divided into 40 different types. This classification is based on the shape of the leaf, the color of the flower, the color of the pod, and the color of the seed. The following characters or differences are found in them-)

S. No.

लक्षण (Character)

भिन्नता (Variation)

1

पुष्प का रंग (Flower Colour)

हल्का पीला जैतूनी (Light yellowish - olive),

जैतूनी पीला (Olive yellow)

2

पॉड का रंग (Pod Colour)

लौह धूसर (Iron grey),

जैतूनी धूसर (Olive grey),

तंबाकू का रंग (Snuff)

3

बीज का रंग (Seed Colour)

हरा (Green),

काला (Black),

भूरा (Brown),

पीला (Yellow)

4

बीज की सतह (Seed surface)

मन्द (Dull),

चमकदार (Shining)



History of Moong bean (मूंग का इतिहास):-
Ancient Cultivation (प्राचीन खेती):-
> Moong bean has been cultivated in India for over 4,000 years, as evident from archaeological remains found in Harappan and Mohenjo-Daro sites of the Indus Valley Civilization (around 2000 BCE).
[भारत में मूंग की खेती 4,000 वर्षों से भी अधिक समय से की जाती रही है, जैसा कि सिंधु घाटी सभ्यता (लगभग 2000 ईसा पूर्व) के हड़प्पा और मोहनजोदड़ो स्थलों में पाए गए पुरातात्विक अवशेषों से स्पष्ट होता है।]
Spread to Other Regions (अन्य क्षेत्रों में प्रसार):-
> From India, it spread to China, Southeast Asia, and later to Africa and other parts of the world.
(भारत से, यह चीन, दक्षिण पूर्व एशिया और बाद में अफ्रीका और दुनिया के अन्य हिस्सों में फैला।)
> In China, Moong bean has been grown for over 2,000 years, and it is used for both food and medicinal purposes.
(चीन में, मूंग की खेती 2,000 वर्षों से भी अधिक समय से की जा रही है और इसका उपयोग भोजन और औषधीय दोनों उद्देश्यों के लिए किया जाता है।)
Importance in Traditional Farming (पारंपरिक खेती में महत्व):-
> In India, Moong has traditionally been grown in rainfed areas during the kharif (monsoon) season and is a part of mixed and intercropping systems with cereals like sorghum and millets.
[भारत में, मूंग की खेती पारंपरिक रूप से खरीफ (मानसून) के मौसम में वर्षा आधारित क्षेत्रों में की जाती रही है और यह ज्वार और बाजरा जैसे अनाजों के साथ मिश्रित और अंतर-फसल प्रणाली का एक हिस्सा है।]

Cultivation of Moong bean (मूंग की खेती):-

1. Introduction:- 

> Green gram (Phaseolus aureus Roxb) is important pulse crops.

> The grains (whole or split) are used as a pulse or made into flour, and into straw and husk as fodder for cattle.

> Grains are also eaten whole (after germinating them), parched, salted, with sugar or boiled with condiments.

> The important states producing this pulse are Madhya Pradesh, Maharashtra, Uttar Pradesh, Punjab and Andhra Pradesh, Rajasthan, Karnataka and Tamil Nadu. 

2. Climate:- 

> The crop needs a well-distributed rainfall.

> Heavy rains at flowering are harmful, even moist winds at this stage interfere with fertilization.

3. Soil:-
> This pulse does best on deep, well-drained loams in the alluvial tract in the north as well as on the red and black soils of peninsular and southern India.

> It is also cultivated on light or shallow stony soils to clayey soils. 

4. Varieties:- 'T 1, 'T 44', 'Pusa Baisakhi', 'PS 7', 'PS 16,' 'S 8','S 9', 'Varsha (H70-16)' Hissar, ' G 65', ' Jawahar 45',' Kopergaon', ' ML 1','Ml 5',' ML 9' 

5. Cultivation:- 

> For the pure crop in the kharif season, the land is ploughed once or twice and harrowed to obtain a rough tilth.

> The summer crop can be sown dry in furrows in between the rows of the previous crop, followed by irrigation.

6. Sowing:- 
> The kharif crop is sown in June to July, and the rabi crop in September or October.
> The spring crop is to be sown by 15 February and harvested by the middle of May.

> The summer crop is sown by 15 April.

> The seed may be sown by broadcasting or it may be drilled in furrows behind a plough, or with a three-or four-coultered desi drill, in rows 20-30cm apart.

> The seed-rate varies from 15-20kg per hectare when sown alone and for mixed crop 2-6kg per hectare. 

7. Fertilizer:- 

> Manuring with 25-40kg per ha of phosphorus (P2O5) and 25kg per ha of nitrogen (N) should be given at the time sowing.

> Also seed treatment with biofertilizer viz. Rhizobium at the rate of 25gram per kg of seed is beneficial.

8. Irrigation:- 
> Being kharif crop green gram is not required irrigation unless there is dry spell during the kharif season.
> In summer irrigation should be given according to soil type. Irrigation interval should be 8-10 days in summer.

> Flowering and pod filling are the critical stages for irrigation. 

9. Plant protection:- 

a. Pest Management:- 

i. Aphids:- 

> The nymphs and adults suck the sap.

> The affected leaves turns yellow, get wrinkled and distorted.

> The insect also exude honeydew on which fungus develops, rapidly covers the plant with sooty mould that interferes with the photosynthetic activity of the plant.

Control:- Spraying with 0.05% Endosulfan, 0.02% Phosphamidon, 0.03% Dimethoate, Methyl demeton or Thiometon control the pest effectively.
ii. Thrips:- 
> The adults and nymphs feed on leaves.
> They scrape the epidermis and such the oozing sap. As a result, light brown patches appear on infested leaves.

> The affected leaves curl and become dry. 

Control:- Spraying with 0.05% Endosulfan, 0.02% Phosphamidon, 0.03% Dimethoate, Methyl demeton or Thiometon control the pest effectively.

iii. Pod borer:- 

> Caterpillars feed on tender foliage and young pods.

> They make holes in the pods and feed on developing seeds by inserting anterior half portion of their body inside the pods. 

Control:- 

> In early stage of attack handpicking of the caterpillars and their destruction.

> Ploughing fields after the harvest of crop would expose the pupae, which would be destroyed by birds.

> Spraying the crop with 0.05% Quinalphos or Fenitrohion can successfully control the pest.

> Spray with HaNPV @ 250 LE/ha.

b. Disease Management:- 
i. Leaf spot:- Angular brown or red spots, with grey or brown centre and reddish-purple border on leave, stalk and pods. 
Control:- Spray with Bordeaux mixture (5:5:50) or 0.2% Ziram. 
ii. Powdery mildew:- White powdery patches on leaves and other green parts, later becoming dull coloured and are studded with black dot. 
Control:- Dust the crop with finely powdered sulphur (200-mesh) @ 20kg/ha. 
10. Harvesting and yield:- 
> To avoid loss because of the shattering of pods, the crop is harvested before it is dead ripe.
> One or two rounds of the picking of pods are also recommended to avoid losses because of the shattering.

> The plants are uprooted or cut with a sickle, are dried on the threshing-floor for a week or ten days and threshed by beating with sticks, and are winnowed with baskets.

> The average yield of grain from a pure crop varieties from 5-6q per ha, whereas yields up to 10-15q per ha.