Q.Study the following source and answer the Question No. 15 to 17. A Case Study Jhabua district is located in the westernmost agro-climatic zone in Madhya Pradesh. It is, in fact, one of the five most backward districts of the country. It is characterized by high concentration of tribal population (mostly Bhils). The people suffer due to poverty which has been accentuated by the high rate of resource degradation, both forest and land. The watershed management programmes funded by both the ministries of “Rural Development” and “Agriculture”, Government of India, have been successfully implemented in Jhabua district which has gone a long way in preventing land degradation and improving soil quality. Watershed Management Programmes acknowledge the linkage between land, water and vegetation and attempts to improve livelihoods of people through natural resource management and community participation. In the past five years, the programmes funded by the Ministry of Rural Development alone (implemented by Rajiv Gandhi Mission for Watershed Management) has treated 20 percent of the total area under Jhabua district. Which one of the following is the main cause of land degradation ? (A) Soil erosion (B) Low productivity (C) High productivity (D) Increasing wastelands

Land degradation describes the decline in soil quality, fertility, or productivity, and it can arise from both natural forces and human activity. Understanding the distinction matters because the remedies differ: natural processes require adaptation and careful land management, while human-induced degradation demands changes in practice and policy.

Gully erosion is a geomorphological process driven by the natural action of water. When rainfall is intense or prolonged, surface runoff concentrates into channels. Over time, these channels deepen and widen into gullies—steep-sided ravines that carve through the landscape. The process accelerates on slopes with loose, unconsolidated soil and sparse vegetation, but it occurs independently of human interference. Gullies remove topsoil, fragment agricultural land, and lower the water table, making affected areas difficult to cultivate. While poor land use can worsen gully formation, the underlying mechanism—water cutting through soil—is entirely natural.

The other three options are unambiguously anthropogenic:

• Mining activities strip away vegetation and topsoil, leaving behind overburden, tailings, and chemically altered substrates. The land is physically restructured by human machinery.
• Industrial waste introduces pollutants—heavy metals, acids, organic toxins—that contaminate soil and render it unfit for agriculture or habitation.
• Shifting cultivation, though traditional, is a human agricultural system. When fallow periods shorten due to population pressure, soil fertility cannot recover, leading to degradation. …

Land degradation is fundamentally about the deterioration of land quality and its ability to support life and economic activity. When we talk about degradation in the context of natural resource management, we are describing a process where land loses its biological or economic productivity.

The case study itself provides the context: Jhabua district suffers from "high rate of resource degradation, both forest and land," which has worsened poverty. The watershed management programmes aim to prevent this degradation and improve soil quality. This tells us that degradation is something harmful that reduces the land's value and usefulness to the community.

Let me examine each option:

1. Option (A): Waterlogging in degraded land

   Waterlogging can be a consequence or a cause of land degradation, but it is not the definition of degradation itself. Waterlogging is one specific problem; land degradation is the broader concept of land losing its productive capacity through various means.

2. Option (B): Declining productivity of the land

   This captures the essence of land degradation. When soil erodes, nutrients are depleted, vegetation cover is lost, or the land becomes saline or compacted, the result is always the same: the land produces less. It can no longer support the same level of crops, grazing, or forest growth. Productivity decline is the core meaning of degradation.

3. Option (C): Increasing of degraded forests

   This is awkwardly phrased and confuses cause with effect. Forest degradation is one type of land degradation, but "increasing of degraded forests" does not define what degradation means.

4. Option (D): Increasing of agricultural land …

The case study of Jhabua district paints a stark picture of poverty intertwined with environmental decline. The people here, mostly Bhil tribal communities, suffer not only from economic backwardness but also from the rapid degradation of their two most vital resources: forests and land. When the source speaks of "resource degradation, both forest and land," it is pointing directly to the process by which the topsoil — the thin, fertile layer that supports all agriculture — is lost. That process is soil erosion.

Soil erosion is the physical removal of the topsoil by wind or, more commonly in a place like Jhabua, by water. Once the forest cover is stripped away, there are no tree roots to hold the soil in place. When the monsoon rains arrive, they wash the loose soil into streams and rivers, leaving behind a rocky, barren surface that cannot support crops. This is the core mechanism of land degradation in the district.