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Chickpea Plant (Cicer arietinum): Structure, Classification & Biology

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Chickpea Plant Morphology and Key Features for Exams

Hey there, science explorers! Are you curious about where your tasty chana, chhole, or hummus come from? Let’s dive into the amazing world of the chickpea plant — a small but mighty hero in farms, kitchens, and even your Biology book. Everything you read here is perfect for NEET, CBSE, ICSE, and anyone who loves plants, brought to you by Vedantu. Ready to meet the superstar called chickpea plant?



Say Hello to the Chickpea Plant Family!


What Makes Chickpea Special?

The chickpea plant’s scientific name is Cicer arietinum. It belongs to the Fabaceae family (sometimes called the legume or pea family). This plant is famous around the world, mostly in India, the Mediterranean, Africa, and even in rainy and sunny parts of the US! The chickpea seeds are tiny, round, and packed with protein, fiber, iron, and lots of goodness — that’s why they’re called “power seeds.”

  • Common names: Chickpea, Bengal gram, Garbanzo bean

  • Type: Annual (grows for one season)

  • Habitat: Farms, gardens, dry fields


FeatureWhat It MeansFun to Know
Scientific Name Cicer arietinum Same family as peas and beans
Plant Height 30–60 cm (1–2 feet) Stays bushy, not a climber
Flower Color White, pink, bluish (sometimes purple veins) Butterfly-shaped flowers
Seed Shape Round or oval, beige or brown What we eat as ‘chana’


Zoom In: Chickpea Plant Parts Uncovered!


What Do You See?

Let’s break down our chickpea friend, part by part, from the underground roots to the little pods you munch on!

  • Roots: Deep, strong taproots with smaller side roots holding soil tight and helping the plant stand tall. Little “root nodules” here act like magic factories to trap nitrogen from the air — wow!

  • Stem: Green, smooth, and slightly hairy; branches out and keeps the whole plant upright.

  • Leaves: “Pinnate” (like a soft feather). Each leaf has a row of 11–17 tiny leaflets. They look lacy and delicate.

  • Flowers: Cute, butterfly-shaped (called “papilionaceous”) and usually white, pink, or bluish, sometimes with purple lines.

  • Pods: Each fruit is a small, puffy pod (a little bag), holding 1–3 plump seeds (“chickpeas”) inside.


Can You Picture It?

Imagine a little bushy plant with feathery leaves, tiny butterfly flowers, and mini pouches (pods) growing along the stems. Underneath, strong roots reach deeper, keeping the plant happy and healthy.


How Does the Chickpea Grow and Thrive?


Chickpea’s Secret Superpowers!

Chickpea plants love cool, dry seasons (in India, they grow in winter or “rabi” season). They prefer soil that drains water easily, like sandy or loamy soil with just a bit of clay. Here’s how they live their best plant life:

  • Seed to harvest takes about 3–4 months (90–120 days!).

  • Flowers self-pollinate — no buzzing bees needed!

  • Roots team up with nitrogen-fixing bacteria to make soil richer for other crops. That’s why farmers rotate chickpea with crops like wheat.

  • Pods mature and brown; time to harvest the yummy seeds!


Why Are Chickpeas a Farmer’s Friend?

Because they give us food and help the soil! The plant naturally makes soil more fertile without any chemical fertilizers. That’s a win-win for farmers and the planet!


Why Are Chickpea Plants So Loved? (By You, Me & the World!)


Yummy and Healthy Uses

  • Daal (cooked chickpeas) is super tasty and fills you up.

  • Ground into flour (called besan) for sweets, snacks, and flatbreads.

  • Key ingredient for hummus and falafel in many countries.

  • Great source of protein, fiber, iron, and vitamins. Vegetarians love it!


Helping Farms and Animals Too

  • Improves soil for next crops, thanks to nitrogen fixation.

  • Leftover leaves, stems, and pods can be animal food (fodder).

  • Sometimes used as green manure to make soil even better.

Can chickpeas grow in cold or warm places? Yes! From India to the USA, chickpeas love many climates as long as it’s not too wet.


Chickpea vs Pea Plant – Spot the Surprising Differences!

FeatureChickpea (Cicer arietinum)Pea (Pisum sativum)
Plant Style Bushy, low (30–60 cm) Tall, climbing vines
Leaves Small, feathered leaflets Longer, fewer leaflets
Seed Shape/Color Round/oval, beige or tan Round, mostly green/yellow
Pod Short, 1–3 seeds inside Long, lots of seeds


Super Quick Facts About the Chickpea Plant!

Plant PartLooks LikeWhy It’s Special
Root Long taproot, lots of branches Fixes nitrogen: feeds the soil
Stem Short, green, many branches Bushy, not a vine
Leaves Tiny, soft, feathered (pinnate) Lots of small leaflets
Flowers Butterfly-shape, white/pink/blue Self-pollinated
Fruit (Pod) Small, puffy, holds 1–3 seeds We eat the seeds!


What Makes Chickpeas Stand Out? (Common Mix-Ups!)

It’s easy to mix up chickpea plants with peas or lentils — even for grown-ups! Here’s a quick trick:

  • Chickpeas = bushy, round seeds, few per pod, pale or brown color

  • Peas = climbing, green round seeds, long pods

  • Lentils = flat, lens-shaped seeds, small plants

Remember: Chickpea flowers look like tiny butterflies and their pods never have many seeds together.


Let’s Try an Example Together!

Q: What root system does the chickpea plant have, and why is it cool?
A: Chickpea has a taproot with special nodules. These nodules hold helpful bacteria that grab nitrogen from the air and turn it into plant food — making the soil healthier for all plants!


Practice Questions to Make You a Chickpea Star!

  • Which part of the chickpea plant do we eat — root, stem, leaf, flower, or seed?

  • What color can chickpea flowers be?

  • How does the chickpea plant help improve soil?

  • Can you spot the difference between a chickpea and a pea pod?

  • Why are chickpeas called “pulses”?


One Last Scoop: Why Chickpea Plants Rule the Farm and the Classroom

The chickpea plant isn’t just yummy and healthy; it’s a science superstar! You learned about its bushy look, magic roots, tasty seeds, and ways it helps the earth. Next time you eat chana or solve a plant question in class, remember this little hero and all its secrets. And if you want to learn more about legume vs non-legume plants, crop growing or crop management, Vedantu has plenty of easy guides for you!

Keep exploring plants — you’ll always find new wonders hiding in the simplest seeds!

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FAQs on Chickpea Plant (Cicer arietinum): Structure, Classification & Biology

1. What does a chickpea plant look like?

Chickpea plants are bushy, annual herbs with compound leaves and small pods. Key features include:

  • Height: 30–60 cm tall, erect, and branched.
  • Leaves: Pinnate, with 11–17 small leaflets per leaf.
  • Flowers: Small, solitary, papilionaceous, and usually white, pink, or purple.
  • Pod: Short, inflated, containing 1–3 beige or brown round seeds.
These characteristics help identify the chickpea plant (Cicer arietinum) in fields and in exams.

2. Can chickpeas be grown in the US?

Yes, chickpeas can be grown successfully in the US, especially in regions with cool, dry climates. Main points:

  • Best regions: California and the Northwest are leading producers.
  • Growing season: Chickpeas require 90–120 days to mature.
  • Soil: Well-drained loam or sandy soils, pH 6–7.5, are ideal.
Growing chickpea plants in suitable climates is valuable for soil enrichment and nutrition.

3. Are chickpeas a plant or tree?

Chickpeas are herbaceous annual plants, not trees. Important points:

  • They belong to the Fabaceae family as annual, bushy herbs.
  • Typical height is 30–60 cm, with no woody stem or perennial growth.
  • They complete their life cycle in one season, producing edible seeds.
This makes chickpeas a leading example of pulse crops in exam syllabi.

4. What are the main uses of chickpea plants?

Chickpeas are important for food, farming, and nutrition. Main uses:

  • Nutritional: Seeds are rich in protein, fiber, and vitamins, used in curries, snacks, and flour (besan).
  • Agricultural: Chickpea plants improve soil fertility by fixing atmospheric nitrogen through root nodules.
  • Economic: Major pulse crop for farmers in India and worldwide.
  • Animal fodder: Leaves and stems can feed livestock.
They are vital for nutrition and sustainable agriculture, as emphasized in the NEET and CBSE syllabus.

5. What type of root system is found in chickpea, and why is it significant?

Chickpeas have a tap root system with many lateral branches. Significance includes:

  • Root nodules: Presence of nodules enables nitrogen fixation, enriching the soil naturally.
  • Deep roots: Help plants access water during dry conditions.
  • Soil improvement: Supports sustainable crop rotation.
This adaptation is commonly asked in NEET and board exams for its ecological and agricultural importance.

6. How does chickpea differ from pea and lentil plants?

Chickpea, pea, and lentil plants differ mainly in seed shape, flower color, and plant habit. Key differences:

  • Chickpea: Round/oval, bumpy seeds; white/pink flowers; bushy, 30–60 cm tall.
  • Pea: Smooth, green or yellow seeds; white flowers; climbing vines, longer pods.
  • Lentil: Flat, lens-shaped seeds; white/purple flowers; short, bushy plants.
Learning these contrasts helps avoid confusion in competitive exams.

7. How long does it take to grow chickpeas?

Chickpea plants require about 90–120 days (3–4 months) from sowing to harvest.

  • Best growth: During cool, dry seasons (Rabi in India).
  • Flowering: Starts around 40–60 days after sowing.
  • Harvesting: Pods mature in 3–4 months, depending on variety and climate.
This timeline is useful for exam questions on crop cultivation and plant life cycles.

8. What is the economic and nutritional importance of chickpea?

Chickpea is a major economic and nutritional pulse crop worldwide.

  • Nutritional: High in protein, iron, and minerals; essential for vegetarian diets.
  • Economic: Provides livelihood for farmers and is widely traded.
  • Agricultural: Improves soil fertility for crop rotation through nitrogen fixation.
Understanding its importance is key for CBSE and NEET questions on crop significance.

9. How do chickpea plants contribute to soil health?

Chickpea plants enhance soil health by fixing atmospheric nitrogen.

  • Root nodules: Contain bacteria that convert nitrogen into forms usable by plants.
  • Reduces fertilizer need: Minimizes dependence on chemical nitrogen fertilizers.
  • Crop rotation: Prepares soil for nutrient-demanding crops, supporting sustainability.
This point is emphasized in board exams and practical agriculture modules.

10. How can I identify the chickpea plant in diagrams or practicals?

To identify a chickpea plant in diagrams:

  • Look for an erect, branched herbaceous stem (30–60 cm).
  • Check for compound leaves with many small leaflets (11–17 per leaf).
  • Select plants with papilionaceous, solitary flowers (white, pink, or purple).
  • Locate short, inflated pods containing round or oval seeds (1–3 seeds per pod).
These labelled features frequently appear in board and NEET exam diagrams.

11. What does papilionaceous flower mean in chickpea?

Papilionaceous flowers are butterfly-shaped blossoms typical of the Fabaceae (legume) family.

  • Chickpea flowers consist of five petals: standard (largest), wings, and keel (fused part).
  • This structure aids in pollination.
  • Exam note: Recognizing papilionaceous flowers is vital for morphology-based questions.

12. Which part of the chickpea plant develops into the seed?

The chickpea seed develops from the ovary of the flower after pollination.

  • After fertilization, the ovary swells to form a pod.
  • Each pod contains 1–3 developing seeds.
  • Seeds mature and are harvested as edible chickpeas.
Understanding reproductive morphology is crucial for exam success.