And so what are Mendel's Laws?

那么，孟德尔定什么呢？

It's called the Law of Segregation and Mendel's Law Two is the Law of Independent Assortment.

这被称为分离定，而孟德尔第二定独立分配定。

Mendel's findings weren't quite as widely ignored as is sometimes suggested.

孟德尔发现并未像有时候被认为完全被大家疏忽。

Mendel knew what he was doing.

对于他所做事情意义，孟德尔知道得很清楚。

In 1900, three scientists working separately in Europe rediscovered Mendel's work more or less simultaneously.

1900年，三位欧洲科学家几乎同时分别重新发现了孟德尔。

Together, without realizing it, Darwin and Mendel laid the groundwork for all of life sciences in the twentieth century.

达尔文和孟德尔一起为20世纪全部生命科学奠定了基础，不过他们两个都没有意识到这一点。

For Mendel, appreciation was also posthumous, though it came somewhat sooner.

而对于孟德尔来说，他生前也默默无闻，死后不久却哀荣备至。

He died at Down in April 1882. Mendel died two years later.

达尔文死于1882年4月下旬。两年后孟德尔也去世了。

Mendel obediently did as Nageli suggested, but quickly realized that hawkweed had none of the requisite features for studying heritability.

孟德尔按照他所说去做了，但很快发现山柳属植物并不具备研究遗传性所必不可缺特点。

1900, Hugo de Vries, Carl Corenz and Erich Czermak rediscover Mendel's laws.

1900年，胡戈·德·弗里斯、卡尔·科伦兹和埃里希·切尔马克重新发现了孟德尔遗传定。

1865. Austrian monk Gregor Mendel creates the basis of genetics with experiments in plant hybridisation.

1865年。奥地利僧侣格雷戈尔·孟德尔通过植物杂交实验奠定了遗传学基础。

Gregor Mendel, a 19th-century monk, is known as the father of modern genetics.

格雷戈尔·孟德尔，这位19世纪修道士，被誉为现代遗传学之父。