no because he was very poor to go to school. he did not know about any other scientist. he got his own ideas
Gregor Mendel discovered the basic principles of genetics in the mid-19th century through his experiments with pea plants, establishing the foundation for the science of heredity and the concept of genes. His work was not widely recognized until after his death, when his discoveries were revisited and confirmed by later scientists.
Gregor Mendel published his main ideas about genetics in 1866 in a paper titled "Experiments on Plant Hybridization." This work laid the foundation for the principles of heredity and is now considered the basis of modern genetics.
Gregor Mendel's work on inheritance was ahead of its time and not widely recognized until after his death. His ideas were not well understood by his contemporaries, and the scientific community did not appreciate the significance of his discoveries until they were rediscovered decades later.
Gregor Mendel and Charles Darwin did not develop ideas together. Mendel's work on genetics and inheritance was published in 1866, several years after Darwin had already published his theory of evolution by natural selection in 1859. Their work was largely independent of each other, though their ideas have since been integrated into the modern evolutionary synthesis.
Gregor Mendel is called the father of genetics. He was a monk who studied pea plants to find out about genetics. He discovered many new things.A:Discovered the dominant and recessive mode of genetic inheritance A:http://www.biojuris.com/natural/index.html (Exact quote) Gregor Mendel was carrying out experiments that would establish the foundation of modern genetics. In the classic experiments on peas performed by Mendel from 1857 to 1863, he found that each physical trait of the plant was controlled independently by its own unique pair of factors that he called elementen. These elementen are now known as genes. Each parent packages half of its genes into its gamete, the egg and sperm. Upon fertilization and conception, the embryo offspring inherits equal parts of its mother's and father's genes. The importance of Mendel's work went completely unrecognized during his lifetime. It wasn't until the early twentieth century when a new generation of scientists began to unravel the mechanism of heredity that the buried genius of his work was discovered.
Gregor Mendel discovered the basic principles of genetics in the mid-19th century through his experiments with pea plants, establishing the foundation for the science of heredity and the concept of genes. His work was not widely recognized until after his death, when his discoveries were revisited and confirmed by later scientists.
Gregor Mendel published his main ideas about genetics in 1866 in a paper titled "Experiments on Plant Hybridization." This work laid the foundation for the principles of heredity and is now considered the basis of modern genetics.
Chromosomes
Gregor Mendel developed his ideas on genetics in the 1860s through his experiments with pea plants. Charles Darwin developed his theory of evolution in the mid-19th century and published his book "On the Origin of Species" in 1859.
Ideas of Mendel about inheritance of different traits could be explained on the basis of meiotic studies where it was found that the contrasting characters governed by specific genes are free to assort randomly.
Scientists came to accept Mendel's ideas through the work of researchers like Hugo de Vries, Carl Correns, and Erich von Tschermak, who independently rediscovered Mendel's work and validated his principles through their own experiments. The consistency and repeatability of Mendel's results across different species also contributed to the widespread acceptance of his ideas in the scientific community.
No, Darwin knew nothing about Mendel's ideas and work. His, Darwin's, heritability concept was absolutely wrong. There is a legend that Darwin had a copy of Mendel's work in his desk but could not read German. The veracity of this story is often challenged.
Gregor Mendel's work on inheritance was ahead of its time and not widely recognized until after his death. His ideas were not well understood by his contemporaries, and the scientific community did not appreciate the significance of his discoveries until they were rediscovered decades later.
Gregor Mendel and Charles Darwin did not develop ideas together. Mendel's work on genetics and inheritance was published in 1866, several years after Darwin had already published his theory of evolution by natural selection in 1859. Their work was largely independent of each other, though their ideas have since been integrated into the modern evolutionary synthesis.
Gregor Mendel is called the father of genetics. He was a monk who studied pea plants to find out about genetics. He discovered many new things.A:Discovered the dominant and recessive mode of genetic inheritance A:http://www.biojuris.com/natural/index.html (Exact quote) Gregor Mendel was carrying out experiments that would establish the foundation of modern genetics. In the classic experiments on peas performed by Mendel from 1857 to 1863, he found that each physical trait of the plant was controlled independently by its own unique pair of factors that he called elementen. These elementen are now known as genes. Each parent packages half of its genes into its gamete, the egg and sperm. Upon fertilization and conception, the embryo offspring inherits equal parts of its mother's and father's genes. The importance of Mendel's work went completely unrecognized during his lifetime. It wasn't until the early twentieth century when a new generation of scientists began to unravel the mechanism of heredity that the buried genius of his work was discovered.
Scientists accepted Mendel's ideas on genetics primarily due to the publication of his paper "Experiments on Plant Hybridization" in 1866, which laid the foundation for the principles of inheritance. Additionally, the rediscovery of Mendel's work in the early 20th century by scientists such as Hugo de Vries, Carl Correns, and Erich von Tschermak helped validate his findings and solidify his place as the father of modern genetics. The experimental evidence presented by Mendel, coupled with its reproducibility and explanatory power, convinced scientists of the validity and significance of his work.
Advancements in genetics research in the early 20th century, particularly understanding chromosomal inheritance and the discovery of DNA, provided the framework to appreciate Mendel's inheritance principles. The rediscovery of Mendel's work in 1900 and subsequent experimental validation by other researchers helped solidify his ideas and laid the foundation for our modern understanding of genetics.