Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Fish fermentation in Lalpur, Brahmanbaria district: ecological implication and value chain analysis

View through CrossRef
The study was conducted to evaluate the present status of the production of traditional fermented fish product - shidal (Chapa shutki or shidol) in Lalpur, Ashuganj Union, Brahmanbaria district and its ecological implication and value chain during June to November, 2016. Shidal is produced by natural fermentation process of fresh water punti and marine phaisha and poa fish during winter (October to January). It was found that the Shidal production from freshwater fish in Lalpur has been shrinking gradually due to a decline in fish production from the Meghna River Basin and low supply of raw fishes from others areas. The fishers noted the local extinction of large numbers of once common fish with a gradually low supply of punti and a declining average size among the fishes that are still captured. It was found that not only the total volume of catch decreased but there have been a marked decline in catch per unit effort (CPUF) over the last ten years. During the fermentation season, every day 2-4 ton of raw punti are sold in Lalpur Fish Landing Center and the price of punti varies with grade, season and quality.  On an average 4 kg of fresh punti produces 1.2 kg of dry punti and 1.2 kg of dry punti produces 1.44 kg of shidal. It was observed that there were two types of punti used for making shidal in Lalpur - with scales and without scales. The prices of shidal were Tk 800/kg, Tk 500/kg, and Tk 500/kg produced from punti, poa and phaisha, respectively. There are nearly 250 dangaries (fish processing place) for Shidal production and each of the danagaries produce 100-150 motkas (each motka contains   36-40 kg of shidal) of shidal in a season. One motka is sold in Tk. 20,000-24,000 when there is no salt used but Tk. 16,000 per motka when salt is used. It was found that around 2000 people were employed in Shidal production and another 200 people worked in filling in the motka in Lalpur. No chemical are used to make Shidal but some salt is applied during Shidal processing. It was observed that there was no fixed marketing channel for Shidalshutki. Seventy percent (70%) of the Shidal are produced for the domestic market. Shidal produced from small sized punti are exported to India but Shidal produced from marine fishes has never been exported. Although people prefer Shidal made from punti, but due to its gradual disappearance from the natural water bodies, they are forced to consume Shidal prepared from marine poa or phaisa. Asian Australas. J. Biosci. Biotechnol. 2017, 2 (2), 159-172
Title: Fish fermentation in Lalpur, Brahmanbaria district: ecological implication and value chain analysis
Description:
The study was conducted to evaluate the present status of the production of traditional fermented fish product - shidal (Chapa shutki or shidol) in Lalpur, Ashuganj Union, Brahmanbaria district and its ecological implication and value chain during June to November, 2016.
Shidal is produced by natural fermentation process of fresh water punti and marine phaisha and poa fish during winter (October to January).
It was found that the Shidal production from freshwater fish in Lalpur has been shrinking gradually due to a decline in fish production from the Meghna River Basin and low supply of raw fishes from others areas.
The fishers noted the local extinction of large numbers of once common fish with a gradually low supply of punti and a declining average size among the fishes that are still captured.
It was found that not only the total volume of catch decreased but there have been a marked decline in catch per unit effort (CPUF) over the last ten years.
During the fermentation season, every day 2-4 ton of raw punti are sold in Lalpur Fish Landing Center and the price of punti varies with grade, season and quality.
  On an average 4 kg of fresh punti produces 1.
2 kg of dry punti and 1.
2 kg of dry punti produces 1.
44 kg of shidal.
It was observed that there were two types of punti used for making shidal in Lalpur - with scales and without scales.
The prices of shidal were Tk 800/kg, Tk 500/kg, and Tk 500/kg produced from punti, poa and phaisha, respectively.
There are nearly 250 dangaries (fish processing place) for Shidal production and each of the danagaries produce 100-150 motkas (each motka contains   36-40 kg of shidal) of shidal in a season.
One motka is sold in Tk.
20,000-24,000 when there is no salt used but Tk.
16,000 per motka when salt is used.
It was found that around 2000 people were employed in Shidal production and another 200 people worked in filling in the motka in Lalpur.
No chemical are used to make Shidal but some salt is applied during Shidal processing.
It was observed that there was no fixed marketing channel for Shidalshutki.
Seventy percent (70%) of the Shidal are produced for the domestic market.
Shidal produced from small sized punti are exported to India but Shidal produced from marine fishes has never been exported.
Although people prefer Shidal made from punti, but due to its gradual disappearance from the natural water bodies, they are forced to consume Shidal prepared from marine poa or phaisa.
Asian Australas.
J.
Biosci.
Biotechnol.
2017, 2 (2), 159-172.

Related Results

Fish Fermentation: Traditional To Modern Approaches
Fish Fermentation: Traditional To Modern Approaches
Fish Fermentation: Traditional to Modern Approaches is the first of its kind geared specifically for students interested in pursuing a career in Food Biotechnology and especially i...
Social Economic Determinants of Adoption of Fish Farming in Gem Sub-County, Siaya County, Kenya
Social Economic Determinants of Adoption of Fish Farming in Gem Sub-County, Siaya County, Kenya
The demand for fish in Kenya has been steadily increasing, prompting the exploration of alternative methods such as fish farming to address this rising demand. However, the adoptio...
Pengaruh Lama Waktu Fermentasi Akhir (Final Proofing) Terhadap Kualitas Japanese Milk Bread
Pengaruh Lama Waktu Fermentasi Akhir (Final Proofing) Terhadap Kualitas Japanese Milk Bread
Abstract This study aims to study the effect of the length of the time of final fermentation (final proofing) in making Japanese Milk Bread. This research was conducted at th...
Resource recovery through simultaneous denitrification and fermentation in engineered anaerobic systems
Resource recovery through simultaneous denitrification and fermentation in engineered anaerobic systems
[EMBARGOED UNTIL 08/01/2025] Anaerobic digestion (AD) is widely used to process organic waste and is a promising platform for producing bioenergy and biomaterials. However, the fin...
Effects of Fermentation on Physical Properties and Lactic Acid Bacteria (LAB) Growth in Fermented Fish (Pekasam)d Fish (Pekasam)
Effects of Fermentation on Physical Properties and Lactic Acid Bacteria (LAB) Growth in Fermented Fish (Pekasam)d Fish (Pekasam)
Fermentation of fish is a food processing method that enables the storage of fish for extended periods. Pekasam is an example of freshwater fermented fish from Malaysia. Fermented ...
From Constitutional Comparison to Life in the Biosphere
From Constitutional Comparison to Life in the Biosphere
From Constitutional Comparison to Life in the Biosphere is a monograph that argues for a fundamental reorientation of constitutional law around the realities of biospheric interdep...
Preparation and bioactivity of probiotic-fermented lotus seed and lily bulb beverage
Preparation and bioactivity of probiotic-fermented lotus seed and lily bulb beverage
Introduction Lotus seeds and lily bulbs are rich in active components, including polysaccharides, flavonoids, polyphenols, and saponins, which exhibit a range o...
Transformation of Dnepr (Zaporizhia) reservoir`s fish fauna: retrospective review and current status
Transformation of Dnepr (Zaporizhia) reservoir`s fish fauna: retrospective review and current status
Creation of reservoirs by regulation of the Dnieper River and small rivers caused significant changes in the conditions of existence and affected on  fish biodiversity of pondsof P...

Back to Top