Harvest Plus Releases Annual Report

July 10, 2025

ARTICLE

HarvestPlus’s 2024 achievements reveal biofortification’s emerging role as a catalyst for agricultural productivity growth that addresses both the global 2% TFP target and sustainable intensification imperatives. The organization reached 360 million people with biofortified foods while producing 273,000 metric tons of seed—a 10% increase that contradicts persistent misconceptions about trade-offs between nutrition and agronomic performance.

Current global productivity growth challenges underscore biofortification’s strategic importance. Agricultural TFP measures the amount of agricultural output produced from the combined set of land, labor, capital, and material resources employed in farm production, yet global TFP growth has declined to just 0.7% annually during 2013-2022—well below the revised 2% target needed for sustainable intensification by 2050.

Biofortification addresses this productivity growth gap through multiple pathways that integrate nutrition enhancement with competitive agronomic performance. In Pakistan, a zinc wheat variety, Akbar 19, is fast becoming the most widely grown variety due to its superior yield and tolerance to heat stress, with evidence suggesting it already accounts for 50% of wheat production serving over 100 million consumers. This market dominance reflects biofortification’s capacity to drive farmer adoption through economic rather than altruistic motivations.

The productivity growth evidence extends beyond individual varieties to system-level impacts. Indonesia’s agronomic biofortification trials achieved 20% rice yield increases alongside 60% higher zinc content through partnerships between HarvestPlus Solutions, FMC Indonesia, and government research agencies. Biofortification piggybacks on the agronomically superior varieties being developed at agricultural research centers, where farmers have every motivation to adopt the latest high-yielding, high profit crops.

HarvestPlus’s accelerated release model addresses a critical bottleneck in agricultural innovation systems by reducing variety commercialization from 3-4 years to one year, as demonstrated with iron pearl millet in Nigeria. This innovation acceleration bridges the Valley of Death between research breakthroughs and widespread adoption—a key priority identified in the GAP Report for achieving target productivity growth rates.

The scaling approach through HarvestPlus Solutions creates sustainable delivery mechanisms that leverage private sector partnerships with companies like Yara International and Cargill. Through the application of NPK-containing fertilizers, agricultural productivity increased in many countries of the world in the late 1960s and resulted in Green Revolution—biofortification extends this model by integrating micronutrient enhancement with macronutrient management for dual productivity-nutrition gains.

School feeding programs reaching over one million children across four countries create institutional demand that supports farmer incomes while building local food systems. This approach strengthens market access and infrastructure—both identified as critical enablers of productivity growth in the GAP Report’s policy framework.

Research advances in agronomic biofortification reveal positive correlations between nutrient enhancement and yield performance. The conventional soil application of mineral micronutrients was initially focused on improvement in crop yield rather than improving nutrient status in consumable parts, success has been achieved in that regard. Modern approaches now optimize both objectives simultaneously through targeted application methods and improved fertilizer formulations.

Evidence Gaps Require Cross-sector Collaboration

First, comprehensive TFP impact assessments of biofortified crop adoption at national scales remain limited. Agricultural research institutions should prioritize long-term studies measuring biofortification’s contribution to overall agricultural productivity growth rates, particularly in regions where TFP growth has been lagging.

Second, private sector investment mechanisms for scaling biofortification require development. The agricultural biotechnology market’s projected expansion to $293 billion by 2034 creates opportunities for innovative financing models that support both commercial viability and nutritional objectives.

Third, policy frameworks should integrate biofortification into national productivity growth strategies. Indonesia’s Long-term National Development Plan 2024-2045 provides a model for 20-year commitments that create stable investment environments for both public research and private commercialization.

Biofortification’s integration with existing agricultural innovation systems positions it as a strategic tool for achieving sustainable intensification goals while contributing measurably to the 2% annual TFP growth rate essential for meeting 2050 food security targets.

Sources: HarvestPlus 2024 Annual Report, USDA Economic Research Service International Agricultural Productivity data, Current Developments in Nutrition 2024

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