They could not hibernate or go very long without resources.
False. While environmental changes can lead to extinction if organisms are unable to adapt, some species are able to evolve and develop new traits that allow them to survive in changing conditions. Evolution promotes diversity within populations, ensuring that some individuals may have the necessary traits to thrive in a new environment.
purposely mating organisms with desired traits
Jean-Baptiste Lamarck is the French naturalist who proposed the theory of inheritance of acquired traits, also known as Lamarckism. He suggested that organisms can pass on traits that they acquire during their lifetime to their offspring.
Lamarck's ideas about evolution include the concept that differences among the traits of organisms arise as a result of the use or disuse of those traits. This concept is known as the inheritance of acquired characteristics or the theory of soft inheritance. According to Lamarck, organisms can pass on traits that they acquire during their lifetime to their offspring.
Common character traits of organisms include adaptability, resilience, reproduction, growth, and organization. These traits allow organisms to survive and thrive in their environments, ensuring the continuation of their species.
Traits are controlled by the genes of the parents.
You can get your traits from older generations and you can also get your traits from non-living organisms, too.
Some organisms possess non-ideal traits due to genetic mutations, environmental pressures, or random chance during evolution. These traits may not be advantageous for survival or reproduction, but they can persist in a population if they do not significantly impact an organism's ability to survive and reproduce.
It will go extinct.
Because lamarck thought that traits organisms aquired during their lifetime would be passed on to offspring. He believed that traits were determined by use or disuse. However, aquired traits cannot be passed on to offspring, only traits determined by DNA can.
lamarck
genes