Skip to main content

What are the causes of land degradation? What are the ways to solve this problem?

 Geography

What are the causes of land degradation? What are the ways to solve this problem?

Ans. Causes of land degradation:

(1) Mining sites are abandoned after the excavation work is done, leaving deep scars of overburdening. In states like Odisha, Jharkhand, Madhya Pradesh, Chhattisgarh, deforestation due to mining has caused severe land degradation.

(ii) Overgrazing in states like Gujarat, Rajasthan, Madhya Pradesh, and Maharashtra is one of the main reasons behind land degradation.

(iii) Overirrigation and waterlogging lead to increase in salinity and alkalinity in the states of Punjab, Haryana and western Uttar Pradesh, thereby leading to land degradation.
(iv) Mineral processing like grinding of limestone for cement industry and calcite and soapstone for ceremic industry generate huge quantities of dust in the atmosphere. It stops the
infiltration of water in the soil.

(v) Industrial effluents as wastes have become a major source of land and water pollution in many parts of the country.

Ways to check land degradation:

(i) Afforestation and proper management of grazing can help to check land degradation.

(ii) Planting of shelter belts help in checking the sand causing land degradation near the deserts.

(iii) Overgrazing can be checked and avoided.

(iv) Stabilisation of sand dunes by growing thorny bushes can also check land degradation.

(v) Proper management of waste land can be taken up.

(vi) Control on mining activities, so that mining does not affect the land and by refilling the scars.

(vii) Proper discharge and disposal of industrial effluents and wastes after treatment can reduce land and water degradation in industrial areas.

Comments

Read this Article

Mercury Planet: Facts, Structure, Temperature and Complete Guide Mercury Planet: Complete Guide to the Smallest Planet Quick Navigation Introduction Basic Facts Structure of Mercury Surface Features Temperature Atmosphere Orbit and Rotation Water Ice Exploration Interesting Facts Conclusion Introduction Mercury is the smallest planet in the solar system and the closest planet to the Sun. Even though it is near Earth, it is difficult to observe because it stays very close to the Sun in the sky. Mercury is a rocky planet with many craters, similar to the Moon. Due to its proximity to the Sun, it experiences extremely hot days and very cold nights. Basic Facts About Mercury Distance from Sun: 57.9 million km Diameter: 4,880 km Year length: 88 Earth days Day length: 59 Earth days Moons: None Gravity: 38% of Earth Structure of Mercury Core Mercury has a massive iron core that makes up about 85%...

शहीद भगत सिंह, sahid bhagat singh know about freedom fighters Static GK

  शहीद भगत सिंह 🇮🇳🇮🇳 ▪️भगत सिंह का जन्म 28 सितंबर, 1907 को बंगा गाँव, जिला - लायलपुर, पंजाब (वर्तमान पाकिस्तान) में हुआ था। ▪️इनका पालन-पोषण पंजाब के जालंधर ज़िले में संधू जाट किसान परिवार में हुआ। ▪️वर्ष 1923 में भगत सिंह ने नेशनल कॉलेज, लाहौर में प्रवेश लिया, जिसकी स्थापना और प्रबंधन लाला लाजपत राय एवं भाई परमानंद द्वारा किया था। ▪️वर्ष 1924 में भगतसिंह कानपुर में शचिन्द्र नाथ सान्याल द्वारा एक साल पहले शुरू किए गए हिंदुस्तान रिपब्लिकन एसोसिएशन (Hindustan Republican Association) के सदस्य बने तथा एसोसिएशन के मुख्य आयोजक चंद्रशेखर आज़ाद थे।  ▪️हिंदुस्तान रिपब्लिकन एसोसिएशन के सदस्य के रूप में भगत सिंह ने ‘बम का दर्शन’ (Philosophy of the Bomb) को गंभीरता से लेना शुरू किया। ▪️उन्होंने ब्रिटिश साम्राज्यवाद के खिलाफ सशस्त्र क्रांति को एकमात्र हथियार माना। ▪️वर्ष 1925 में भगत सिंह लाहौर लौट आए और अगले एक वर्ष के भीतर उन्होंने अपने सहयोगियों के साथ मिलकर ‘नौजवान भारत सभा’ नामक एक उग्रवादी युवा संगठन का गठन किया। ▪️अप्रैल, 1926 में भगत सिंह ने सोहन सिंह जोश के साथ संपर्क स्थापित...

Motion in a Plane – Class 11 Physics NCERT | Projectile Motion, Vectors, Derivations & Formulas

🌍 Motion in a Plane – Class 11 Physics (NCERT) Motion in a Plane deals with movement in two dimensions, using the concepts of vectors and projectile motion . This is the second part of kinematics after motion in a straight line. 📘 Key Concepts Scalars: Quantities with magnitude only (e.g., speed, mass) Vectors: Quantities with both magnitude and direction (e.g., velocity, displacement) Vector Addition: Using triangle or parallelogram law Resolution of Vectors: Splitting a vector into components along x and y axes 🧮 Basic Vector Formulas Resultant of two vectors: R = √(A² + B² + 2ABcosθ) Component form: A = A x î + A y ĵ Magnitude: |A| = √(A x ² + A y ²) Direction: θ = tan⁻¹(A y /A x ) 🎯 Projectile Motion When an object is thrown at an angle, it follows a curved path called a projectile . It is a 2D motion with horizontal and vertical...