Module 3: Productivity Variables & History of Seed Genetics Flashcards
The Green Revolution
- ___
- 1940s: Seed genetics
- 1950s: Fertaliser
- 1960s: Herbicide & Pesticide
- 1990s: Biotechnology
Prior to 1940s yields per acre unchanged
The Green Revolution
- Prior to 1940s yields per acre unchanged
- ___
- 1950s: Fertaliser
- 1960s: Herbicide & Pesticide
- 1990s: Biotechnology
1940s: Seed genetics
The Green Revolution
- Prior to 1940s yields per acre unchanged
- 1940s: Seed genetics
- ___
- 1960s: Herbicide & Pesticide
- 1990s: Biotechnology
1950s: Fertaliser
The Green Revolution
- Prior to 1940s yields per acre unchanged
- 1940s: Seed genetics
- 1950s: Fertaliser
- ___
- 1990s: Biotechnology
1960s: Herbicide & Pesticide
The Green Revolution
- Prior to 1940s yields per acre unchanged
- 1940s: Seed genetics
- 1950s: Fertaliser
- 1960s: Herbicide & Pesticide
- ____
1990s: Biotechnology
Precision Agriculture & Digital Agriculture
- Challenge to adoptions; ___ [3]
cost of investments, lack of ability to use these tools and knowledge of technologies
Panel Discussion: Labour vs. Machinery
- ___
- Most farm labour skilled now
- Increased technology machinery requires tremendous capital outlay
Urbanisation affected availability of farm labour
Panel Discussion: Labour vs. Machinery
- Urbanisation affected availability of farm labour
- ___
- Increased technology machinery requires tremendous capital outlay
Most farm labour skilled now
Panel Discussion: Labour vs. Machinery
- Urbanisation affected availability of farm labour
- Most farm labour skilled now
- ___
Increased technology machinery requires tremendous capital outlay
Technological Change in Machinery
- ___
- Today’s farmers can harvest 360 acres in a day compared to the two acres a day in 1830
Autonomous tractors; reduce number of humans needed, increase efficiency
Technological Change in Machinery
- Autonomous tractors; reduce number of humans needed, increase efficiency
- ___
Today’s farmers can harvest 360 acres in a day compared to the two acres a day in 1830
Grain Logistics in Brazil
- ___
- Storage growth has not been proportionate to increased crop production (2010-2022: storage increase 35%, total grain production increased 82%)
- Storage deficit concentrated in the center-west states
- Transportation costs cheaper in US giving them a comparative advantage in production
Brazilian farms face a deficit in infrastructure, especially transportation and storage
Grain Logistics in Brazil
- Brazilian farms face a deficit in infrastructure, especially transportation and storage
- ___
- Storage deficit concentrated in the center-west states
- Transportation costs cheaper in US giving them a comparative advantage in production
Storage growth has not been proportionate to increased crop production (2010-2022: storage increase 35%, total grain production increased 82%)
Grain Logistics in Brazil
- Brazilian farms face a deficit in infrastructure, especially transportation and storage
- Storage growth has not been proportionate to increased crop production (2010-2022: storage increase 35%, total grain production increased 82%)
- Storage deficit concentrated in ___
- Transportation costs cheaper in US giving them a comparative advantage in production
the center-west states
Grain Logistics in Brazil
- Brazilian farms face a deficit in infrastructure, especially transportation and storage
- Storage growth has not been proportionate to increased crop production (2010-2022: storage increase 35%, total grain production increased 82%)
- Storage deficit concentrated in the center-west states
- ___ in US giving them a comparative advantage in production
Transportation costs cheaper