GNLU Law Review Announces Call for Papers: Volume X, Issue 2

GNLU Law Review Announces Call for Papers: Volume X, Issue 2

Updated on 21 Dec 2025, 10:00 PM IST Category: Science • Author: Scoopliner Editorial Team
हिंदी में सुनें

Listen to this article in Hindi

गति:

The GNLU Law Review is soliciting submissions for its upcoming issue. Submit articles, essays, and case comments by January 30, 2026. Indexed on SCC Online.


The GNLU Law Review (TGLR) has announced its call for papers for Volume X, Issue 2. As a prominent bi-annual publication, TGLR is indexed on platforms such as HeinOnline, Manupatra, and SCC Online.

**About the Journal**

The journal’s mission is to foster rigorous and interdisciplinary legal scholarship. By publishing outstanding academic contributions, the GNLU Law Review seeks to contribute meaningfully to both legal theory and practical policy development.

**Submission Categories and Word Limits**

Authors can submit their work in the following categories, keeping in mind the word count guidelines:

  • Long Articles: Between 4,500 and 6,000 words
  • Short Articles: From 3,000 to 5,000 words
  • Essays: 3,000–4,000 words in length
  • Case/Legislative Comments: 1,500–2,500 words

*Note: These word counts do not include footnotes.*

**Submission Guidelines and Deadline**

All submissions must adhere to the following formatting and policy guidelines. The deadline for submissions is January 30, 2026.

  • Formatting**: Manuscripts should be in Times New Roman, with a font size of 12 and 1.5 line spacing for the main text. Footnotes should be in font size 10 with single spacing.
  • Citation Style**: Submissions should follow The Bluebook: A Uniform System of Citation (20th Edition).
  • Plagiarism Policy**: The similarity index of submissions must not exceed 10%.
  • AI Policy:** Submissions containing AI-generated content are strictly forbidden.

**How to Submit**

Prospective authors should submit their manuscripts via the following Google Form: https://forms.gle/esJkG5kb8p7AQEKt6

Any queries may also be directed through the provided link.

This is a chance to contribute to a respected legal publication and engage with current legal issues. Ensure your submission meets all guidelines for consideration.

Source: Live Law   •   21 Dec 2025

Related Articles

Chasing Stardust: Why the Ursid Meteor Shower Still Captivates Us
Chasing Stardust: Why the Ursid Meteor Shower Still Captivates Us

Explore the Ursid meteor shower, its origins, viewing tips for optimal stargazing, and the cultural significance of celestial events throughout history.

Source: Yahoo News Canada | 22 Dec 2025
Starlink Satellite Suffers Anomaly: Elon Musk's Spacecraft Encounters Trouble
Starlink Satellite Suffers Anomaly: Elon Musk's Spacecraft Encounters Trouble

A Starlink satellite experienced a propulsion issue, leading to a descent and fragmentation. Despite the incident, it poses no risk to Earth …

Source: India Today | 21 Dec 2025
Explainer: 3I/ATLAS, An Extraterrestrial Comet Offering Rare Star System Insights
Explainer: 3I/ATLAS, An Extraterrestrial Comet Offering Rare Star System Insights

Comet 3I/ATLAS, only the third interstellar object ever seen, recently zipped past Earth, giving astronomers a chance to study another star system's …

Source: Tribune India | 21 Dec 2025
Scientists Chart the Sun's Outer Limit for the First Time
Scientists Chart the Sun's Outer Limit for the First Time

For the first time, researchers have successfully mapped the Sun's outer boundary, the Alfvén surface, transforming our comprehension of stellar interactions.

Source: Moneycontrol | 21 Dec 2025
Earth's Atmosphere Is Leaking to The Moon, And Here's Why - Analysis
Earth's Atmosphere Is Leaking to The Moon, And Here's Why - Analysis

New research reveals Earth's magnetic field transports atmospheric particles to the Moon, enriching the lunar surface with volatile elements over billions of …

Source: Yahoo | 21 Dec 2025
Simulating and Modeling to Understand Atmospheres of Temperate Exoplanets
Simulating and Modeling to Understand Atmospheres of Temperate Exoplanets

Scientists are using lab experiments and computer models to decipher the complex chemistry of temperate exoplanet atmospheres, crucial for interpreting JWST data.

Source: astrobiology.com | 21 Dec 2025
← Back to Home