Dharmic Environmentalism vs British Deforestization in India

deforestation by british in indiadharmic environmentalism

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Indians More Adapted to Vegetarianism

http://www.unz.com/akarlin/indian-vegetarianism/

Some populations are more adapted to vegetarianism than others.

Kothapalli, Kumar et al. – 2016 – Positive selection on a regulatory insertion-deletion polymorphism in FADS2 influences apparent endogenous synthesis of arachidonic acid:

Long chain polyunsaturated fatty acids (LCPUFA) are bioactive components of membrane phospholipids and serve as substrates for signaling molecules. LCPUFA can be obtained directly from animal foods or synthesized endogenously from 18 carbon precursors via the FADS2 coded enzyme. Vegans rely almost exclusively on endogenous synthesis to generate LCPUFA and we hypothesized that an adaptive genetic polymorphism would confer advantage. The rs66698963 polymorphism, a 22 bp insertion-deletion within FADS2, is associated with basal FADS1 expression, and coordinated induction of FADS1 and FADS2 in vitro. Here we determined rs66698963 genotype frequencies from 234 individuals of a primarily vegetarian Indian population and 311 individuals from the U.S. A much higher I/I genotype frequency was found in Indians (68%) than in the U.S. (18%). Analysis using 1000 Genomes Project data confirmed our observation, revealing a global I/I genotype of 70% in South Asians, 53% in Africans, 29% in East Asians, and 17% in Europeans. Tests based on population divergence, site frequency spectrum and long-range haplotype consistently point to positive selection encompassing rs66698963 in South Asian, African and some East Asian populations. Basal plasma phospholipid arachidonic acid status was 8% greater in I/I compared to D/D individuals. The biochemical pathway product-precursor difference, arachidonic acid minus linoleic acid, was 31% and 13% greater for I/I and I/D compared to D/D, respectively. Our study is consistent with previous in vitro data suggesting that the insertion allele enhances n-6 LCPUFA synthesis and may confer an adaptive advantage in South Asians because of the traditional plant-based diet practice.

Here is a map:

adaptive-allele-to-vegetarian-diet

And from the supplementary notes, a more detailed table showing the I/I values for the populations in the 1000 Genomes Project study (population key):

vegetarianism-supplementary-table

There is a distinct correlation between this and meat consumption:

meat-consumption-2009

To be sure, Africa’s and India’s poverty play a big role, but compare, say, Vietnam and India, whose GDP per capita have tracked each others almost perfectly since the 1980s. But annual meat consumption per capita in Vietnam in 2009 was, at 49kg, more than ten times as high as India’s 4.4kg. The I/I figure for South Asia was 70%, one of the world’s highest, to Vietnam’s 8%, one of its lowest. Although one might rejoinder about Hinduism’s aversion to meat consumption, that applies universally just to beef; strict vegetarianism is prescribed only for members of the priestly Brahmin caste. In any case, one has to ask why such a religious taboo evolved in South Asia but pretty much nowhere else. And why Pakistan, despite being slightly wealthier than Vietnam until the past decade (though admittedly much less socially developed), nonetheless also has, at 15kg per annum, significantly lower meat consumption than Vietnam.

Amongst East Asians, I/I values are much higher amongst northerners, which is an inversion of the global pattern: Beijing Chinese – 48%; Japanese – 54%; Southern Han Chinese – 22%; Vietnamese – 8%. Any ideas why that might be the case? This is pretty strange, because northern Chinese peasant fare is not too dissimilar from what you’d find in traditional Eastern Europe. This does however seem to be borne out by cultural patterns: A quick search shows that Hong Kong has the world’s highest beef consumption, and Vietnamese cuisine is notably beef heavy.

This also illustrates the dangers of adopting vegetarianism as a dietary fad for populations with no biological adaptations to them. Maybe this is at least one form of cultural appropriation we could do without?

 

Meat Free World to Save Environment

https://theconversation.com/going-veggie-would-cut-global-food-emissions-by-two-thirds-and-save-millions-of-lives-new-study-56655

Eating more fruit and vegetables and cutting back on red and processed meat will make you healthier. That’s obvious enough. But as chickens and cows themselves eat food and burn off their own energy, meat is a also major driver of climate change. Going veggie can drastically reduce your carbon footprint.

This is all at a personal level. What about when you multiply such changes by 7 billion people, and factor in a growing population?

In our latest research, colleagues and I estimate that changes towards more plant-based diets in line with the WHO’s global dietary guidelines could avert 5m-8m deaths per year by 2050. This represents a 6-10% reduction in global mortality.

Food-related greenhouse gas emissions would also be cut by more than two thirds. In all, these dietary changes would have a value to society of more than US$1 trillion – even as much as US$30 trillion. That’s up to a tenth of the likely global GDP in 2050. Our results are published in the journal PNAS.

Future projections of diets paint a grim picture. Fruit and vegetable consumption is expected to increase, but so is red meat consumption and the amount of calories eaten in general. Of the 105 world regions included in our study, fewer than a third are on course to meet dietary recommendations.

A bigger population, eating a worse diet, means that by 2050 food-related GHG emissions will take up half of the “emissions budget” the world has for limiting global warming to less than 2℃.

To see how dietary changes could avert such a doom and gloom scenario, we constructed four alternative diets and analysed their health and environmental impacts: one reference scenario based on projections of diets in 2050; a scenario based on global dietary guidelines which includes minimum amounts of fruits and vegetables, and limits to the amount of red meat, sugar, and total calories; and two vegetarian scenarios, one including eggs and dairy (lacto-ovo vegetarian), and the other completely plant-based (vegan).

Millions of avoidable deaths

We found that adoption of global dietary guidelines could result in 5.1m avoided deaths per year in 2050. Vegetarian and vegan diets could result in 7.3m and 8.1m avoided deaths respectively. About half of this is thanks to eating less red meat. The other half comes thanks to eating more fruit and veg, along with a reduction in total energy intake (and the associated decreases in obesity).

There are huge regional variations. About two thirds of the health benefits of dietary change are projected to occur in developing countries, in particular in East Asia and South Asia. But high-income countries closely follow, and the per-person benefits in developed countries could actually be twice as large as those in developing countries, as their relatively more imbalanced diets leave greater room for improvement.

Room for improvement. Lightspring / shutterstock

China would see the largest health benefits, with around 1.4m to 1.7m averted deaths per year. Cutting red meat and reducing general overconsumption would be the most important factor there and in other big beneficiaries such as the EU and the US. In India, however, up to a million deaths per year would be avoided largely thanks to eating more fruit and vegetables.

Russia and other Eastern European countries would see huge benefits per-person, in particular due to less red meat consumption. People in small island nations such as Mauritius and Trinidad and Tobago would benefit due to reduced obesity.

Vegans vs climate change?

We estimated that adopting global dietary guidelines would cut food-related emissions by 29%. But even this still wouldn’t be enough to reduce food-related greenhouse gas emissions in line with the overall cutbacks necessary to keep global temperature increases below 2°C.

India could cut its emissions and save lives – at the same time. Christopher Fynn, CC BY

To seriously fight climate change, more plant-based diets will be needed. Our analysis shows if the world went vegetarian that cut in food-related emissions would rise to 63%. And if everyone turned vegan? A huge 70%.

What’s it worth?

Dietary changes would have huge economic benefits, leading to savings of US$700-1,000 billion per year globally in healthcare, unpaid informal care and lost working days. The value that society places on the reduced risk of dying could even be as high as 9-13% of global GDP, or US$20-$30 trillion. Avoided climate change damages from reduced food-related greenhouse gas emissions could be as much as US$570 billion.

Putting a dollar value on good health and the environment is a sensitive issue. However, our results indicate that dietary changes could have large benefits to society, and the value of those benefits makes a strong case for healthier and more environmentally sustainable diets.

The scale of the task is clearly enormous. Fruit and vegetable production and consumption would need to more than double in Sub-Saharan Africa and South Asia just to meet global dietary recommendations, whereas red meat consumption would need to be halved globally, and cut by two thirds in richer countries. We’d also need to tackle the key problem of overconsumption. It’s a lot to chew on.

The importance of cutting meat consumption. Indian leftists wouldn’t improve.