Fisheries PYQ Test Series – Master Your Exams with Past Papers! 🎯

-

Fisheries PYQ Test Series – Master Your Exams with Past Papers! 🎯 


🚀 Boost Your Preparation with Our Free Daily Test Series! 🚀


🔬 Are you a B.F.Sc. student (from 1st year to 4th year), Master's student, or Ph.D. scholar in fisheries science? We’ve got you covered! Join our FREE daily test series designed for all levels—whether you’re just starting or preparing for competitive exams like ICAR-JRF, NET, and ARS.

🔥 Why Join?
✔️ Covers all important topics systematically
✔️ Helps in self-assessment
✔️ Open for All—From First-Year UG to Ph.D. Scholars
✔️ Completely Free & Accessible Anytime

✅ Test Details:
🕘 Test Timings: Daily from Morning to Evening
📌 Questions: 15-20 Objective-Type Questions
📚 Topics: Random topics from the entire fisheries syllabus

📅 New Tests Daily !
📍 Join Now & Stay Ahead in Your Exam Preparation!

🔗 Register here: [Your Link]

📢 Spread the Word! Share with Your Friends & Help Them Prepare! 📢

Link:

For any queries or doubts kindly contact us,

STEP TO FISHERIES

Mobile:- +917435089310

Email:- cofpinak108@gmail.com

Follow us on social media,

Instagram:-

 https://instagram.com/step_to_fisheries

https://www.instagram.com/fisheries_science_edu/

Telegram:-

https://t.me/step_to_fisheries

https://t.me/Fisheriesscienceedu

Youtube:- https://www.youtube.com/@FisheriesScienceEdu

blogspot:- https://stepfisheries.blogspot.com

Comments

Post a Comment

Popular posts from this blog

Classification of caudal fin

-
Image
  Classification of caudal fin  The caudal fin, or tail fin, in fish can be classified into different types based on its shape and structure. The caudal fin, or tail fin, is a critical anatomical feature in fish, serving various functions essential for survival. Here are the primary functions of the caudal fin: Propulsion : The caudal fin is the main propulsive force for most fish, allowing them to swim forward. By moving the fin side to side, fish generate thrust that propels them through the water. Different types of caudal fins provide varying degrees of speed and power. Maneuverability : The shape and flexibility of the caudal fin allow fish to make precise movements, including quick turns and sudden stops. This maneuverability is crucial for avoiding predators, catching prey, and navigating complex environments like coral reefs or dense vegetation. Stability: The caudal fin helps maintain balance and stability in the water, preventing the fish from pitching (tilting forwa...
Read more

GANGA ACTION PLAN

-
Image
Ganga Action Plan I (GAP I)     Ganga Action Plan I (GAP I) was the first major initiative taken by the Government of India to clean and restore the Ganga River, one of the most important and sacred rivers in the country. Launched in 1985, this plan was a response to the alarming levels of pollution affecting the Ganga due to untreated sewage, industrial effluents, and other waste discharges from various sources along its course. Key Aspects of Ganga Action Plan I: Objective: The primary objective of GAP I was to improve the water quality of the Ganga River to acceptable standards by preventing pollution from entering the river. Initially, the goal was to reduce pollution levels, but in a 1987 meeting led by Prof. M. G. K. Menon, the objective was revised to restoring the river's water quality to the "Bathing Class" standard. The Bathing Class standard includes the following criteria: Bio-Chemical Oxygen Demand (BOD): ...
Read more

MEGA QUIZ- 2 (10 to 20)

-
Image
MEGA QUIZ- 2 (10 to 20) Phase contrast microscopes can be very useful to observe the undistorted morphological features of  Dead cells   Live cells  Stained cells  None of the above Phase contrast microscopy is a technique that allows the visualization of transparent or unstained specimens, such as live cells, by exploiting the differences in refractive index within the specimen. It enhances the contrast and provides detailed morphological information of the cells without the need for staining or fixing them. The principle behind phase contrast microscopy is based on the fact that when light passes through a transparent object, it undergoes a phase shift. This phase shift is proportional to the difference in refractive index between the specimen and the surrounding medium. In a phase contrast microscope, this phase shift is converted into variations in brightness, enabling the visualization of transparent structures within the cells. When observing live cells un...
Read more