Quite a few. Among them were Loki, Gamora, and Vision.
Thanos is often defeated through a combination of heroic efforts and strategic teamwork. Different comic storylines present various ways of his downfall.
In the comics, a number of heroes contributed to Thanos' defeat, but it's hard to pinpoint one single character as the sole killer.
Well, there isn't a single definitive answer as to who killed Thanos in the comics. It depends on which specific comic storyline you're referring to. Sometimes it's a team effort, sometimes it's due to a combination of events and characters.
It was a combined effort of several heroes. Different storylines have shown various characters contributing to his defeat.
The Avengers have killed Thanos in certain comic runs. However, the comic universe is full of twists and turns, and his fate is not always straightforward. Different writers and storylines handle it differently.
In the comics, Thanos' defeat wasn't the result of a single hero. Multiple heroes coordinated their powers and strategies to overcome him. For example, the Avengers, along with some cosmic entities, joined forces to bring him down.
Thor doesn't get killed by Thanos in the comic universe. Thanos is a powerful villain, but Thor manages to persevere through their encounters.
Well, Thanos' defeat in the Infinity War comics wasn't down to one specific person. It was a complex series of events and actions by multiple heroes working together that contributed to his downfall.
It was Adam Warlock who ultimately killed Thanos in the comics.
<[BOS_never_used_51bce0c785ca2f68081bfa7d91973934]> Tianming The basic structure of the global warming models is actually an approximation of the multi-factor non-linear climate change system, which is established on the basis of incomplete data collection, and is used to predict the future of climate change. It should be noted that these models have certain uncertainties. So far, the main methods for predicting climate change are as follows: 1. **Numerical simulation**: Numerical simulation models are established for various processes of the climate system, and climate change is predicted by inputting observational data and parameter settings. 2. **Empirical statistical**: Using statistical methods, the relationship between climate variables and influencing factors is established based on historical data, and future climate change is predicted. These methods have certain limitations and uncertainties, which need to be continuously improved through scientific research.