Ram Sethu by Ritesh Arya

the Ram Bridge as a dynamic entity formed by marine sand dunes, highlighting its adaptability to the changing conditions influenced by the tides and currents of the Bay of Bengal and the Indian Ocean. These currents move it in opposite directions SW from May to October and NE winds from November to April  

1. Nature of the Ram Bridge:

   • The Ram bridge is not described as a rigid structure but as a dynamic entity. This implies that it is flexible and capable of undergoing changes over time.

2. Formation by Marine Sand Dunes:

   • The bridge is formed by marine sand dunes. This suggests that the structure is composed of sand accumulated in a way similar to natural sand dunes found in coastal environments.

3. Ever-Shifting Sand Dunes Analogy:

   • The comparison to ever-shifting sand dunes emphasizes the continuous change and adaptability of the Ram bridge. Much like how sand dunes reshape and move with the wind, the bridge undergoes transformations over time.

4. Adaptation to Changing Tides and Currents:

   • The bridge adapts to the changing tides and currents of the Bay of Bengal. Tides and currents likely bring sediments that contribute to the formation of the bridge. This adaptation reflects the dynamic nature of the structure in response to its marine environment.

5. Interaction with the Indian Ocean:

   • The Indian Ocean is mentioned as playing a role in the transformation of the Ram bridge. It blocks sediments, leading to the formation of sand dunes. This interaction with the Indian Ocean further contributes to the evolving nature of the bridge.

In summary, the passage paints a vivid picture of the Ram bridge as a flexible and ever-changing structure formed by marine sand dunes. Its adaptability is showcased through its ability to transform over time in response to the influences of the Bay of Bengal and the Indian Ocean.

1. Role of Lord Ram:

   • According to the description, Lord Ram played a role in bridging the gaps in the sand dunes to form the Ram bridge.

2. Filling Gaps with Corals:

   • The method employed involves filling the gaps in the sand dunes with corals. This implies that corals are used as a construction material to create a stable structure.

3. Two Types of Corals:

   • There are two types of corals mentioned:
     • Floating Corals: These corals are described as light and are placed at the bottom.
     • Non-Floating Corals: These corals are placed on top of the floating corals.

4. Structural Composition:

   • The arrangement of corals suggests a layered structure. The floating corals serve as a foundation at the bottom, providing buoyancy, and the non-floating corals are placed on top of them.

5. Stabilization and Construction:

   • The use of corals, both floating and non-floating, implies a strategic construction process. Floating corals may help in providing buoyancy and stability to the structure, while non-floating corals, being placed on top, contribute to the overall solidity of the bridge.

6. Historical or Archeological Aspect:

   • It's worth noting that Corals have been used for the construction of churches railway track buildings and roads in the recent past. In the historical and archeological past the use of corals is attributed to the bridge's construction by geologists and geoengineers of the Lord Ram. Historical narratives often incorporate elements that go beyond scientific explanations.

In summary, the passage suggests a mythological account of Lord Ram contributing to the formation of the Ram bridge by filling gaps in sand dunes with a combination of floating and non-floating corals. This creative construction method is described as a way to stabilize and build the bridge.