Innovator at Bayer Crop Science.
It’s already happening.
Bt brinjal is one of the most successful real-world GMO case studies.
More countries should learn from Bangladesh.
🔁 Share this if you believe in science-based farming. 11/
It’s already happening.
Bt brinjal is one of the most successful real-world GMO case studies.
More countries should learn from Bangladesh.
🔁 Share this if you believe in science-based farming. 11/
Instead of banning gene editing…
We could grow more with less and protect farmers.
And reduce our pesticide footprint.
But ideology still blocks innovation. 10/
Instead of banning gene editing…
We could grow more with less and protect farmers.
And reduce our pesticide footprint.
But ideology still blocks innovation. 10/
Bt brinjal in Bangladesh delivers:
✅ More yield.
✅ Less pesticide.
✅ More income.
✅ Fewer sprays.
✅ No trade-offs.
All thanks to a small genetic tweak. 9/
Bt brinjal in Bangladesh delivers:
✅ More yield.
✅ Less pesticide.
✅ More income.
✅ Fewer sprays.
✅ No trade-offs.
All thanks to a small genetic tweak. 9/
Critics often say GMOs trade off nutrition or quality.
But here, the market price of Bt brinjal was similar or slightly better.
No penalty. No rejection. Just better results. 8/
Critics often say GMOs trade off nutrition or quality.
But here, the market price of Bt brinjal was similar or slightly better.
No penalty. No rejection. Just better results. 8/
Bt brinjal farmers earned 90,708 BDT/ha.
Non-Bt farmers earned 53,217 BDT/ha.
That’s a $340 per hectare difference in local currency.
Big deal for smallholders. 7/
Bt brinjal farmers earned 90,708 BDT/ha.
Non-Bt farmers earned 53,217 BDT/ha.
That’s a $340 per hectare difference in local currency.
Big deal for smallholders. 7/
Bt brinjal required far fewer insecticide sprays.
Why?
The plant already protects itself.
This means:
🟢 Lower costs.
🟢 Lower exposure. 6/
Bt brinjal required far fewer insecticide sprays.
Why?
The plant already protects itself.
This means:
🟢 Lower costs.
🟢 Lower exposure. 6/
Bt brinjal farmers harvested 19.67 tons/ha.
Non-Bt farmers got 13.75 tons/ha.
That’s a massive jump from just one trait change. 5/
Bt brinjal farmers harvested 19.67 tons/ha.
Non-Bt farmers got 13.75 tons/ha.
That’s a massive jump from just one trait change. 5/
✔️ 300 farmers
✔️ 150 growing Bt brinjal
✔️ 150 growing non-Bt brinjal
✔️ Surveyed on yield, input costs, pesticide use, and profits. 4/
✔️ 300 farmers
✔️ 150 growing Bt brinjal
✔️ 150 growing non-Bt brinjal
✔️ Surveyed on yield, input costs, pesticide use, and profits. 4/
It produces a natural protein from Bacillus thuringiensis (Bt) that kills FSB. 3/
It produces a natural protein from Bacillus thuringiensis (Bt) that kills FSB. 3/
Brinjal (eggplant) is a major crop here.
But pests like the fruit and shoot borer (FSB) cause major losses. 2/
Brinjal (eggplant) is a major crop here.
But pests like the fruit and shoot borer (FSB) cause major losses. 2/
We need to power the future.
We need to feed the future.
That means embracing the tools that work.
☢️ Nuclear
🌽 GMOs
Science is not the enemy.
It’s our only way forward. 9/
We need to power the future.
We need to feed the future.
That means embracing the tools that work.
☢️ Nuclear
🌽 GMOs
Science is not the enemy.
It’s our only way forward. 9/
🚫 Outdated ideologies
🚫 Anti-science movements
🚫 Fear-based politics
The planet can’t afford that anymore. 8/
🚫 Outdated ideologies
🚫 Anti-science movements
🚫 Fear-based politics
The planet can’t afford that anymore. 8/
We already have:
✅ Clean, scalable power
✅ Precise, sustainable farming tools
They’re called nuclear and GMOs.
And they’re ready right now. 7/
We already have:
✅ Clean, scalable power
✅ Precise, sustainable farming tools
They’re called nuclear and GMOs.
And they’re ready right now. 7/
⚠️ Burning more coal and gas because we shut down nuclear.
⚠️ Plowing more forests and using more pesticides because we banned biotech.
We’re not avoiding danger.
We’re creating it — by rejecting innovation. 6/
⚠️ Burning more coal and gas because we shut down nuclear.
⚠️ Plowing more forests and using more pesticides because we banned biotech.
We’re not avoiding danger.
We’re creating it — by rejecting innovation. 6/
☢️ Nuclear is not dangerous.
It has the lowest death rate per kWh of any energy source — including wind and solar.
🌽 GMOs are not risky.
After 30 years, thousands of studies, and billions of meals:
No proven health harms.
Only benefits. 5/
☢️ Nuclear is not dangerous.
It has the lowest death rate per kWh of any energy source — including wind and solar.
🌽 GMOs are not risky.
After 30 years, thousands of studies, and billions of meals:
No proven health harms.
Only benefits. 5/
🔻 Decades of fear-mongering
🔻 Cherry-picked horror stories
🔻 “Natural is better” fallacies
🔻 Political paralysis
🔻 Activist lawsuits
The result?
We blocked the very technologies that could save lives. 4/
🔻 Decades of fear-mongering
🔻 Cherry-picked horror stories
🔻 “Natural is better” fallacies
🔻 Political paralysis
🔻 Activist lawsuits
The result?
We blocked the very technologies that could save lives. 4/
We need to grow more food using less land, less water, and fewer resources.
GMOs help us do that.
But instead of celebrating them, we ban them —
While hunger, emissions, and prices rise. 3/
We need to grow more food using less land, less water, and fewer resources.
GMOs help us do that.
But instead of celebrating them, we ban them —
While hunger, emissions, and prices rise. 3/