for evolution to be true, you'd need many thousands of transitional fossils for EACH specie one earth. There are millions of different animals on earth, 1,000 transitional fossils is like a drop in a bucket.
Thre are numerous biologists who dont agree that there is any evidence for giraffe evolution by transitional fossils.
neanderthals were not apes though...they were every bit as modern as we are.
they can call these creatures whatever they like....but sticking a 'homo' on the front of each of them does not make us a part of their family group. these animals are extinct apes...nothing more nothing less. Evolutionists would like us to believe that they are our ancestors, but that is all speculation and unproven.
"for evolution to be true"
Every science on the planet supports it and modern biology and genetics is based on it.
The gelogical record not only supports it, it proves it.
The five mass extintion events prove it, because we see life evolving back and different animals.
"you'd need many thousands of transitional fossils for EACH specie one earth."
become a paleontologist and start looking yourself and help out. You insult the ones already spending their lifes doing the research. Nor are they easy to find. There are also millions of amber fossils.
We can back engineer chickens to dinosaur traits.
The air you breath is because of cynobacteria that started evolving photosynthesis 3.8 billion years ago and created the oxygen atmophere we have today, otherwise you would be breathing methane gases. As well as the oxygen atmosphere created the ozone, or you would be fried from UV radation from the sun.
"Thre are numerous biologists who dont agree that there is any evidence for giraffe evolution by transitional fossils. "
Name them, since I just showed you the names of some of the transional fossils and history at 2010. Again here modern giraffe's didn't live with dinosaurs. Modern giraffe's didn't exist yet, because they hadn't evolved.
You still also don't understand what these extintion events mean. Life evolved back from them to new animals.
Big Five mass extinction events
Although the Cretaceous-Tertiary (or K-T) extinction event is the most well-known because it wiped out the dinosaurs, a series of other mass extinction events has occurred throughout the history of the Earth.
http://www.bbc.co.uk/nature/extinction_events/OrdovicianSilurian_extinction_event Ordovician-Silurian mass extinction
The third largest extinction in Earth's history, the Ordovician-Silurian mass extinction had two peak dying times separated by hundreds of thousands of years. During the Ordovician, most life was in the sea, so it was sea creatures such as trilobites, brachiopods and graptolites that were drastically reduced in number.
http://www.bbc.co.uk/nature/extinction_events/Late_Devonian_extinction Late Devonian mass extinction
Three quarters of all species on Earth died out in the Late Devonian mass extinction, though it may have been a series of extinctions over several million years, rather than a single event. Life in the shallow seas were the worst affected, and reefs took a hammering, not returning to their former glory until new types of coral evolved over 100 million years later.
http://www.bbc.co.uk/nature/extinction_events/PermianTriassic_extinction_event Permian mass extinction
The Permian mass extinction has been nicknamed The Great Dying, since a staggering 96% of species died out. All life on Earth today is descended from the 4% of species that survived.
"This one was called the great dying and was before the dinosaurs existed!!!!"
Triassic-Jurassic mass extinction
During the final 18 million years of the Triassic period, there were two or three phases of extinction whose combined effects created the Triassic-Jurassic mass extinction event. Climate change, flood basalt eruptions and an asteroid impact have all been blamed for this loss of life.
Cretaceous-Tertiary mass extinction
The Cretaceous-Tertiary mass extinction - also known as the K/T extinction - is famed for the death of the dinosaurs. However, many other organisms perished at the end of the Cretaceous including the ammonites, many flowering plants and the last of the pterosaurs.
BBC Nature - Big Five mass extinction events