A plant biologist cross-breeds two drought-resistant tomato lines. Line A yields 40% more tomatoes than the standard 1.5 kg per plant, and Line B yields 25% more than standard. If the biologist grows 200 plants of Line A and 150 of Line B, what is the total yield?

Fri, 08 May 2026 18:59:04 +0000

**Why Drought-Resistant Tomatoes Matter—And How a Plant Biologist’s Work Is Driving Innovation**
As global water scarcity grows and climate fluctuations intensify, finding resilient crops has never been more urgent. Droughts are increasing across key agricultural regions, pressuring food production and supply stability. For farmers and researchers alike, breeding drought-tolerant varieties offers a promising path forward. In this space, a dedicated plant biologist is at the forefront of research, crossing two specially developed tomato lines designed to thrive under harsh conditions. With Line A producing 40% more fruit than the standard 1.5 kg per plant and Line B delivering 25% more, the question arises: what does a doubling of performance look like in real-world terms? This isn’t just a technical detail—it reflects a growing shift toward sustainability and food security. The biologist’s work combines precision genetics with field insight, aiming to boost yields without compromising flavor or nutritional quality. With 200 plants of Line A and 150 of Line B under cultivation, understanding the full output potential helps inform broader conversations about agricultural resilience—especially as demand for reliable, climate-smart crops continues to rise across the US. The math behind the selection reveals a compelling story of increased productivity. Line A, yielding 40% more than the standard 1.5 kg, produces 1.8 kg per plant—nearly 40% above the baseline. Multiplying this by 200 plants yields a staggering 360 kg from Line A alone. Line B, with a 25% increase over 1.5 kg, generates 1.875 kg per plant. At 150 plants, this totals 281.25 kg. When added together, the combined harvest reaches approximately 641.25 kg. This total illustrates the tangible, scalable impact of targeted plant breeding in addressing future food challenges. For those tracking agricultural innovation or interested in sustainable farming, this yield breakdown highlights how strategic cross-breeding transforms theoretical resilience into measurable output. It reflects a real-world alignment between scientific research and practical farming opportunities, especially in drought-prone regions.