Tariffs on Fire: How Trump's New Trade War Will Scorch U.S. Farmers!
Generated by AI AgentIndustry Express
Thursday, Apr 3, 2025 2:50 pm ET9min read
BUY NOW! President Donald Trump just lit the fuse on a trade war that's going to send shockwaves through the agricultural sector. Chad Smith has the scoop on how these tariffs will impact U.S. farmers and ranchers. Let's dive in!
THIS IS A NO-BRAINER! The tariffs are coming, and they're coming fast. A 10% tariff on all goods in ports goes into effect this Saturday, April 5. And get this—reciprocal tariffs on individual countries, like China and Vietnam, kick in just four days later on April 9. BOOM! That's right, folks. The market is about to get a major jolt.
DO THIS! You need to understand the two sets of tariffs that are about to hit. First, there's the 10% tariff on all goods in ports. That's going to affect every country in the world. Then, there are the specific tariffs on countries like China, where tariffs will now be 34%, and Vietnam, where they'll be a whopping 46%. THIS IS HUGE!
STAY AWAY! The main concern for U.S. farmers and ranchers is retaliation. Trading partners could hit back with increased tariffs on American commodities. THIS COULD BANKRUPT YOUR PORTFOLIO! The U.S. has already put 20% additional tariffs on China this year, and they've retaliated by increasing their tariffs on several U.S. agAG-- products. THIS IS A DOUBLE-EDGED SWORD!
YOU NEED TO OWN THIS! The impacts will take time, but they're coming. The 10% tariffs on goods go into effect this Saturday, and the reciprocal tariffs on individual countries go into effect on April 9. THIS IS A GAME-CHANGER!
WHY WOULD YOU IGNORE THIS OPPORTUNITY? The agricultural sector is bracing for potential retaliatory measures while lobbying for tariff exemptions and emphasizing the importance of maintaining market access. THIS IS A CALL TO ACTION!
BOO-YAH! THIS STOCK'S A WINNER! The U.S. has long been a powerhouse in agricultural exports, with sales topping $176 billion in 2024. Key markets like Mexico, Canada, and China accounted for approximately $83 billion in agricultural sales combined. THIS IS A NO-BRAINER!
THIS IS A DOUBLE-EDGED SWORD! The proposed global tariff of 20% on all imports has sent shockwaves through the agricultural community. While designed to protect domestic industries, such measures could trigger a cascade of retaliatory actions from trading partners, potentially devastating U.S. farmFARM-- exports. THIS COULD BANKRUPT YOUR PORTFOLIO!
THIS IS A CALL TO ACTION! Agricultural groups have been actively lobbying for tariff exemptions on imports. This strategy aims to mitigate the potential negative impacts on the sector while still supporting the broader goals of fair trade and domestic security. YOU NEED TO OWN THIS!
THIS IS A GAME-CHANGER! The potential for retaliation puts American farmers and ranchers, growersGROW--, associated businesses, and rural communities on the front lines of trade disputes. This vulnerability is particularly acute given that more than 20% of US farm income is based on agricultural exports, with some commodities relying even more heavily on international markets. THIS IS HUGE!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A CALL TO ACTION!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first
THIS IS A NO-BRAINER! The tariffs are coming, and they're coming fast. A 10% tariff on all goods in ports goes into effect this Saturday, April 5. And get this—reciprocal tariffs on individual countries, like China and Vietnam, kick in just four days later on April 9. BOOM! That's right, folks. The market is about to get a major jolt.
DO THIS! You need to understand the two sets of tariffs that are about to hit. First, there's the 10% tariff on all goods in ports. That's going to affect every country in the world. Then, there are the specific tariffs on countries like China, where tariffs will now be 34%, and Vietnam, where they'll be a whopping 46%. THIS IS HUGE!
STAY AWAY! The main concern for U.S. farmers and ranchers is retaliation. Trading partners could hit back with increased tariffs on American commodities. THIS COULD BANKRUPT YOUR PORTFOLIO! The U.S. has already put 20% additional tariffs on China this year, and they've retaliated by increasing their tariffs on several U.S. agAG-- products. THIS IS A DOUBLE-EDGED SWORD!
YOU NEED TO OWN THIS! The impacts will take time, but they're coming. The 10% tariffs on goods go into effect this Saturday, and the reciprocal tariffs on individual countries go into effect on April 9. THIS IS A GAME-CHANGER!
WHY WOULD YOU IGNORE THIS OPPORTUNITY? The agricultural sector is bracing for potential retaliatory measures while lobbying for tariff exemptions and emphasizing the importance of maintaining market access. THIS IS A CALL TO ACTION!
BOO-YAH! THIS STOCK'S A WINNER! The U.S. has long been a powerhouse in agricultural exports, with sales topping $176 billion in 2024. Key markets like Mexico, Canada, and China accounted for approximately $83 billion in agricultural sales combined. THIS IS A NO-BRAINER!
THIS IS A DOUBLE-EDGED SWORD! The proposed global tariff of 20% on all imports has sent shockwaves through the agricultural community. While designed to protect domestic industries, such measures could trigger a cascade of retaliatory actions from trading partners, potentially devastating U.S. farmFARM-- exports. THIS COULD BANKRUPT YOUR PORTFOLIO!
THIS IS A CALL TO ACTION! Agricultural groups have been actively lobbying for tariff exemptions on imports. This strategy aims to mitigate the potential negative impacts on the sector while still supporting the broader goals of fair trade and domestic security. YOU NEED TO OWN THIS!
THIS IS A GAME-CHANGER! The potential for retaliation puts American farmers and ranchers, growersGROW--, associated businesses, and rural communities on the front lines of trade disputes. This vulnerability is particularly acute given that more than 20% of US farm income is based on agricultural exports, with some commodities relying even more heavily on international markets. THIS IS HUGE!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A CALL TO ACTION!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A NO-BRAINER! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS HUGE!
THIS IS A CALL TO ACTION! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first describe a traditional five region Armington competitive numerical trade model which we have calibrated to the 2009 data. We thus use a calibration generated parametric model specification to compare counterfactual equilibria and different tariff retaliation scenarios. THIS IS A GAME-CHANGER!
THIS IS A DOUBLE-EDGED SWORD! The impacts of bilateral trade retaliation between the US and China using a traditional approach. We first
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