Azheekal Beach

Azheekal Beach is a prominent coastal stretch situated on the Arabian Sea within the Karunagappally Taluk of the Kollam Metropolitan Area, Kerala, India. Located at the northern end of the Alappad peninsula, the beach is recognised for its picturesque scenery and serves as a hub for local fishing activities. The length of Azheekal Beach is typically cited as approximately 800 meters in general descriptions, although some sources specify a length of 660 meters.

Beyond its natural beauty, Azheekal Beach is significant due to its unique geographical setting, its vital role in the local economy via the nearby fishing harbour, and its historical encounter with the devastating 2004 Indian Ocean tsunami. The region faces ongoing environmental challenges, particularly severe coastal erosion, which has prompted community concerns and discussions about sustainable management.

Azheekal Beach is strategically positioned at the northern extremity of the Alappad peninsula within the Kollam district of Kerala. The Alappad peninsula is a distinctive and ecologically sensitive landform, characterized by its extreme narrowness. In some sections, this strip of land measures less than 50 meters wide, effectively sandwiched between the Arabian Sea to its west and the T.S. Canal (National Waterway No. 3) to its east. This unique configuration renders the region inherently vulnerable to dynamic coastal processes, including erosion, and significantly heightens its susceptibility to the impacts of natural disasters such as tsunamis.

The beach is situated within the Karunagappally Taluk, which is part of the broader Kollam Metropolitan Area. It is located approximately 12 km (7.45 mi) from Kayamkulam and 14 km (8.69 mi) from Karunagappally. Azheekal Beach is also the nearest coastal access point for residents in certain parts of the Pathanamthitta and Alappuzha districts, enhancing its regional significance.

Azheekal Beach is located near the Azheekal Fishing Harbour, which plays a vital role in the local economy and serves as a critical link between fish production and market distribution. The harbour supports a fleet of approximately 180 motorized boats, typically less than 15 HP, which utilize monofilament nylon surface and bottom-set gillnets to target various fish species.

The fisheries industry is a major economic driver for Kollam district, directly employing around 100,000 people, with an additional 50,000 in fish processing. Azheekal is one of the key areas supporting this industry. However, the fishing communities in Azheekal and the broader southwest coast of India face significant challenges, including increasing vulnerability to climate change impacts, erratic weather, and rising sea temperatures. The industry also contends with a decline in fish catch quality and species loss due to overfishing, habitat destruction, and pollution.

Azheekal Beach and the broader Alappad peninsula are grappling with severe and ongoing coastal erosion, a critical environmental concern that threatens the very existence of this narrow land strip. Historical lithographic maps from 1955 show Alappad covering an area of 89.5 square kilometers, but by 2018, this had shrunk to just 8.9 square kilometers. This represents a loss of land to the sea over six decades, a phenomenon that persists despite the presence of coastal defenses such as concrete seawalls and timber groynes. Recent analysis indicates that approximately 59.24% of the area experienced erosion between 1973 and 2020.

A significant point of contention and a primary alleged cause of this accelerated erosion is the long-standing practice of mineral sand mining, often referred to as "sea washing," conducted by public sector undertakings like Indian Rare Earth Limited (IREL) and Kerala Minerals and Metals Limited (KMML). The region possesses vast reserves of heavy minerals, including ilmenite, rutile, zircon, and monazite, estimated at 127 million tonnes. Reports suggest that it is "unlikely that beach mining can be conducted without erosion" and that the net removal of heavy minerals contributes to land loss.