It’s not carbon neutral if you look at studies that account for more factors. For instance, here’s an article with an interview of the researchers in the field talking about how there is no carbon-neutral beef
There’s not been a single study to say that we can have carbon-neutral beef
[…]
We also have to ask how much of the sequestered carbon in these systems is actually due to the cattle. What would happen to the land if it were simply left fallow?
If we look at much more rigorous reviews on the carbon sequestration potential of “regenerative grazing” it’s pretty slim. It cannot even sequester enough to counteract just grazing only production which only produces 1g protein/person/day
Ruminants in grazing-only systems emit about 1.32 Gt
[…]
These are their emissions. The question is, could grazing ruminants also help sequester carbon in soils, and if so to what extent might this compensate? As the following numbers show, the answer is ‘not much’.
Global (as opposed to regional or per hectare) assessments of the sequestration potential through grassland management are actually few and far between, but range from about 0.3-0.8 Gt CO 2/yr 301,302,303 with the higher end estimate assuming a strong level of ambition.
And keep in mind that this doesn’t scale very well due to the massive land it requires. Already clearing land for pastures is a large deforester. Trying to even scale to a quarter of beef demand would require using 100% of grassland which would put enormous pressure for further deforestation
We model a nationwide transition [in the US] from grain- to grass-finishing systems using demographics of present-day beef cattle. In order to produce the same quantity of beef as the present-day system, we find that a nationwide shift to exclusively grass-fed beef would require increasing the national cattle herd from 77 to 100 million cattle, an increase of 30%. We also find that the current pastureland grass resource can support only 27% of the current beef supply (27 million cattle), an amount 30% smaller than prior estimates
[…]
If beef consumption is not reduced and is instead satisfied by greater imports of grass-fed beef, a switch to purely grass-fed systems would likely result in higher environmental costs, including higher overall
methane emissions. Thus, only reductions in beef consumption can guarantee reductions in the environmental impact of US food systems.
I don’t have access to my schools library atm. But here’s one I found off google (which is admittedly a poor method to find studies)
https://smallfarms.oregonstate.edu/new-study-finds-grass-fed-beef-reduces-carbon-footprint
Full disclaimer I should have clarified in my original comment. Grass fed livestock specifically is carbon neutral
Are the majority of livestock grass fed?
It’s not carbon neutral if you look at studies that account for more factors. For instance, here’s an article with an interview of the researchers in the field talking about how there is no carbon-neutral beef
If we look at much more rigorous reviews on the carbon sequestration potential of “regenerative grazing” it’s pretty slim. It cannot even sequester enough to counteract just grazing only production which only produces 1g protein/person/day
https://www.oxfordmartin.ox.ac.uk/downloads/reports/fcrn_gnc_report.pdf
And keep in mind that this doesn’t scale very well due to the massive land it requires. Already clearing land for pastures is a large deforester. Trying to even scale to a quarter of beef demand would require using 100% of grassland which would put enormous pressure for further deforestation
https://iopscience.iop.org/article/10.1088/1748-9326/aad401