Ruminants digest through microbial, or «enteric» fermentation, which produces methane that is released by the animals through belching and, to a lesser degree, via flatulence.
When
ruminants digest their feed, methane is formed as a natural by - product of the microbial process in the rumen, and since methane is a 25 times more powerful greenhouse gas than carbon dioxide, there is a need to devise methods to reduce such emissions from cattle.
The enzymes that help
the ruminant digest its meal will give the pet the same benefit.
Not exact matches
Cows have the ability to
digest cellulose — the carbohydrate that strengthens the cell walls of plants — because of «fibrolytic ruminal bacteria,» which represent just a few of the hundreds of species of microbes in the digestive systems of
ruminants.
There are clear differences in the digestion of
ruminants from other mammals, since they not only
digest the plant matter but also the bacteria that live in the gut and
digest the cellulose.
Human anatomy is simply not designed to
digest too much cellulose, the way plant - focused animals are, animals such as
ruminants (cows, goats, etc.) and gorillas.
A
ruminant animal has 4 stomachs; cows, sheep, goats, etc., and as such can
digest grass.
That's because cows are
ruminants and
digest their food differently than humans.
This area supports most of the world's 3.3 billion cattle, sheep, and goats, all
ruminants with complex digestive systems that enable them to
digest roughage, converting it into beef, mutton, and milk.
Ruminants, like cows, produce methane as they
digest their food, through a process known as enteric fermentation.
While this process enables
ruminants to
digest fibrous grasses that humans can't convert into digestible form, it also contributes to livestock's impact on climate change.