Jess Thomson

Jess Thomson is a science journalist who covers a wide range of topics including space, animals, and the environment. She has a background in biology and environmental science, which informs her reporting. Jess is passionate about communicating complex scientific concepts to a broad audience in an accessible and engaging way. In addition to her work as a journalist, she is also involved in various science outreach initiatives aimed at promoting STEM education and increasing public understanding of science.

64%

The Daily's Verdict

This author has a mixed reputation for journalistic standards. It is advisable to fact-check, scrutinize for bias, and check for conflicts of interest before relying on the author's reporting.

Bias

75%

Examples:

  • The author has a tendency to lean towards reporting on scientific discoveries and advancements. This can sometimes lead to a lack of neutrality in their reporting.
  • The author often highlights the importance of science and research in understanding the world around us, which may influence their reporting to favor scientific explanations.
  • There is an emphasis on presenting the facts and findings accurately, which may make the writing seem objective. However, there are instances where personal opinions or interpretations are included.

Conflicts of Interest

50%

Examples:

  • In some cases, the author may have a personal or professional connection to the subject matter they are reporting on, which could potentially influence their reporting.
  • Overall, it appears that the author strives to be transparent and honest in their reporting, despite any potential conflicts of interest.
  • There are instances where the author discloses potential conflicts of interest, but these are rare and do not seem to significantly impact their reporting.

Contradictions

65%

Examples:

  • Despite occasional inconsistencies, the author generally presents information in a clear and concise manner.
  • In some cases, contradictions are not fully explored or explained, which may leave readers with unanswered questions or a lack of understanding.
  • There are instances where contradictions are mentioned in the articles, but they are often minor and do not significantly impact the overall message of the article.

Deceptions

60%

Examples:

  • Despite occasional lapses into deceptive practices, the author generally presents information in an honest and straightforward manner.
  • However, these instances are relatively rare and do not seem to significantly impact the overall accuracy or credibility of the reporting.
  • There are instances where the author uses deceptive practices, such as exaggeration or misleading language, to make a point or grab the reader's attention.

Recent Articles

12-Year-Old Girl's Tragic Death Confirmed as Crocodile Attack in Northern Territory, Australia

12-Year-Old Girl's Tragic Death Confirmed as Crocodile Attack in Northern Territory, Australia

Broke On: Thursday, 04 July 2024 A 12-year-old girl was found dead with crocodile injuries two days after going missing in Mango Creek, Palumpa, Northern Territory. The saltwater crocodile population has surged in the region, with these protected species growing up to 7 meters (23 feet) and living for up to 70 years. Crocodile attacks on humans are rare but can be fatal. Authorities urge caution when swimming or camping near waterways where crocodiles reside.
Upcoming Nova Explosion in T Coronae Borealis: A Rare and Bright Astronomical Event

Upcoming Nova Explosion in T Coronae Borealis: A Rare and Bright Astronomical Event

Broke On: Sunday, 23 June 2024 A rare nova explosion is imminent in the binary star system T Coronae Borealis, located in the constellation Corona Borealis. Last observed in 1946, this white dwarf and red giant system is expected to brighten significantly and become visible near the Hercules constellation. Scientists plan to study this exceptional event using various telescopes for valuable insights into binary star systems.
New Discoveries Suggest Waves Shape Titan's Liquid Methane Seas and Lakes

New Discoveries Suggest Waves Shape Titan's Liquid Methane Seas and Lakes

Broke On: Wednesday, 19 June 2024 MIT researchers suggest waves are responsible for shaping Titan's large seas and lakes on Saturn's moon, based on simulations and comparison with Earth's erosion patterns. Discoveries from NASA's Cassini spacecraft reveal Titan, larger than Mercury, has a complex hydrocarbon cycle with liquid methane and ethane bodies shaped by waves similar to Earth's oceans.
Powerful X-Class Solar Flares from Sunspot AR3664: Possible Sign of Upcoming Solar Storms

Powerful X-Class Solar Flares from Sunspot AR3664: Possible Sign of Upcoming Solar Storms

Broke On: Friday, 10 May 2024 A powerful X-class solar flare from sunspot AR3664, responsible for May 2024's historic G5 geomagnetic storm and auroras, erupted yesterday. This sunspot group, which has spent time on the far side of the sun, is now rotating back into view and may bring another solar storm with potential impacts on technology and infrastructure.
Newly Discovered Exoplanet TOI-6713.01: A Fiery Red World with Intense Volcanic Activity

Newly Discovered Exoplanet TOI-6713.01: A Fiery Red World with Intense Volcanic Activity

Broke On: Monday, 13 May 2024 TOI-6713.01, a newly discovered exoplanet 66 light-years away, shares characteristics with Io and has a fiery red surface due to intense volcanic activity caused by gravitational forces from two outer planets in the same star system. This discovery challenges previous assumptions about exoplanets and their orbits.
NASA's James Webb Space Telescope Maps Extreme Weather on Distant Hot Jupiter Exoplanet WASP-43 b

NASA's James Webb Space Telescope Maps Extreme Weather on Distant Hot Jupiter Exoplanet WASP-43 b

Broke On: Wednesday, 01 May 2024 NASA's James Webb Space Telescope maps weather on exoplanet WASP-43 b, revealing extreme temperatures and strong eastward winds transporting heat between its day and night sides. The findings provide valuable insights into the atmospheric conditions of this Hot Jupiter-type exoplanet and demonstrate the capabilities of JWST in studying distant worlds.
Mars' Intriguing 'Spider-Shaped' Formations: A Fascinating Discovery by ESA's Mars Express and ExoMars Trace Gas Orbiter

Mars' Intriguing 'Spider-Shaped' Formations: A Fascinating Discovery by ESA's Mars Express and ExoMars Trace Gas Orbiter

Broke On: Thursday, 25 April 2024 Mars Express and ExoMars Trace Gas Orbiter reveal intriguing 'spider-shaped' patterns on Mars, formed by carbon dioxide gas bursting through ice. These dark spots, not actual spiders, appear in various locations including Inca City, a large crater with geometric ridges. Sunlight causes carbon dioxide ice to turn into gas and break through layers of ice, creating tall fountains that drag dark material to the surface.
The Rise of Aetosaur Ancestors: Exploring the Triassic Period Before Dinosaurs

The Rise of Aetosaur Ancestors: Exploring the Triassic Period Before Dinosaurs

Broke On: Tuesday, 19 March 2024 The Triassic period, lasting from 250 million years ago to 65 million years ago, was a time of great change on Earth. During this time the planet experienced significant geological and biological shifts that ultimately led to the rise of dinosaurs. However before they ruled supreme over land animals there were other creatures such as aetosaur ancestors of modern crocodiles.
NASA's Observatory Captures Intense Solar Flare of X2.5 Classification on February 19, 2024

NASA's Observatory Captures Intense Solar Flare of X2.5 Classification on February 19, 2024

Broke On: Friday, 16 February 2024 On February 19, 2024, NASA's Observatory captured an intense solar flare of X2.5 classification and hours later on the same sunspot launched an X1.7 class flare that caused radio blackouts over Western US and much of Pacific Ocean due to a volatile magnetic field in AR3590 sunspot.

Blood Test Identifies Premature Organ Aging and Disease Risk

Broke On: Wednesday, 06 December 2023 Scientists have developed a blood test that can determine if your organs are aging prematurely and at risk of failing. The test can identify which specific organ is causing the problem and predict the person's risk for diseases related to that organ. The researchers used a machine-learning algorithm to analyze proteins in the blood, which helped measure the aging of 11 organ systems. One in five healthy adults aged 50 and above may have at least one fast-aging organ, and one to two in every 100 may have multiple organs that test older than their actual age.