The study, conducted by researchers examining land-use decisions in the Amhara region’s Awi zone, provides some of the most rigorous household-level evidence yet on the economics of this transition. Using discounted cash flow analysis over a fifteen-year production horizon from 2009 to 2024, the team found that Eucalyptus plantations generate a net present value of 193,978.66 Ethiopian Birr per hectare, compared with 162,699.13 Birr per hectare for crop production. The disparity becomes even more striking when measured through the benefit-cost ratio: Eucalyptus delivers 4.69 Birr of discounted benefit for every Birr invested, while annual crops return just 1.32. In other words, the trees outearn the fields by more than three times on a per-unit-of-capital basis.

These numbers matter because the conversion is already well underway. According to local agricultural records cited in the study, approximately 22 percent of fertile farmlands and 12.22 percent of pasturelands in Dangila have already been converted into Eucalyptus woodlots. Over the past fifteen years, roughly 25 percent of cropland in the study area shifted to tree plantations, corresponding to an annual conversion rate of 1.6 percent. The trend accelerated for ten consecutive years before reversing slightly in 2022, when rising crop prices and falling Eucalyptus log prices, driven partly by the northern Ethiopia conflict, began to temper the enthusiasm of prospective planters.

The research team surveyed 316 households across four randomly selected villages, using a multi-stage sampling technique designed to capture both Eucalyptus planters and non-planters. The sample was stratified proportionally, with 221 planters and 95 non-planters, reflecting the fact that roughly 70 percent of households in the twelve most suitable villages now maintain woodlots exceeding the regional minimum threshold of 0.125 hectares. Data collection combined structured household surveys with focus group discussions and key informant interviews, all carefully anchored to historical landmarks to minimize recall bias over the fifteen-year window.

To ensure financial validity across a period of significant domestic inflation, the researchers reconstructed all historical costs and revenues using real, inflation-adjusted values rather than nominal prices. This asset-valuation approach isolates purchasing power and establishes a stable baseline before discounting cash flows at an annualized real rate of 7 percent, derived from the National Bank of Ethiopia’s lending rates adjusted for long-term core inflation. The methodology matters because comparing nominal values across fifteen years of Ethiopian macroeconomic volatility would distort any land-use comparison beyond recognition.

The cash flow structures of the two systems could hardly be more different. Crop production requires a substantial initial investment of 89,700 Birr in the first year, followed by consistent annual revenues ranging from roughly 47,000 to 110,000 Birr, ensuring positive cash flow from the very first season. Eucalyptus, by contrast, follows the classic forestry pattern: major costs are front-loaded during land preparation and planting, revenues arrive only during clear-cut harvests at years five, ten, and fifteen, and intervening years show zero income alongside periodic maintenance expenses. This lack of annual income is precisely what makes access to formal credit so critical for prospective planters.

The socioeconomic profile of planters reveals a demographic paradox. Households that choose Eucalyptus tend to be older, with a mean age of 48.24 years compared with 44.52 for non-planters, and maintain larger families with significantly lower active labor supply. Planter households average 3.12 adult equivalents of family labor against 4.45 for non-planters, creating high consumption pressure alongside a shortage of labor for intensive seasonal tasks like plowing and weeding. Labor-constrained families strategically substitute low-maintenance trees for food crops, aligning their land allocation with internal household capacity rather than external market signals alone.

Institutional factors further distinguish the two groups. Fully 56.1 percent of planters used formal credit to finance establishment costs, compared with just 18.9 percent of non-planters, a statistically significant difference that underscores credit’s role as a structural catalyst for tree planting. Similarly, 76 percent of planters maintained frequent contact with agricultural extension agents, versus 45.3 percent of non-planters, facilitating the transfer of silvicultural knowledge that minimizes seedling mortality and enhances perceived returns. Planters also tend to possess larger total landholdings, averaging 1.84 hectares against 1.25 for non-planters, along with significantly lower livestock wealth, suggesting that woodlots serve as an alternative asset-building mechanism for households lacking liquid capital in animal form.

The sensitivity analysis stress-tested these findings under increasingly adverse conditions. When the discount rate was raised to 12 percent and a 10 percent market price shock applied, Eucalyptus net present value dropped to 102,943.01 Birr per hectare while crops fell to 100,597.09, narrowing the absolute gap but preserving Eucalyptus as the superior option. Under the most severe scenario, with an 18 percent discount rate and the same price shock, Eucalyptus still maintained a benefit-cost ratio of 2.19 against 1.18 for crops. Across all tested scenarios, the trees consistently provided higher net returns and more favorable returns on investment, demonstrating economic resilience that annual cropping cannot match under current market dynamics.

Yet the study’s authors caution that profitability indicators alone cannot dictate land-use policy. Annual crops provide critical interim cash flows and directly address household food security, serving as a vital risk-management strategy that Eucalyptus cannot replicate. The researchers recommend that plantation sites be identified and chosen in consultation with agricultural experts to minimize competition with food production, and they encourage integrated land-use practices that combine Eucalyptus planting with food crops. As the food-versus-wood paradox intensifies across Ethiopia’s northwest highlands, the challenge for policymakers is to balance the clear economic advantages of tree planting against the imperative of feeding a growing rural population, ensuring that the pursuit of long-term financial gain does not undermine the foundations of short-term survival.

Subject of Research: Comparative profitability analysis of land uses between Eucalyptus woodlot and crop production: evidence from Dangila Woreda, Northwest Ethiopia

Article Title: Comparative profitability analysis of land uses between Eucalyptus woodlot and crop production: evidence from Dangila Woreda, Northwest Ethiopia

Article References: Getachew, A., Birara, A., & Chanie, K. (2026). Comparative profitability analysis of land uses between Eucalyptus woodlot and crop production: evidence from Dangila Woreda, Northwest Ethiopia. Innovations in Agriculture, 9, Article e180728. https://doi.org/10.3897/ia.2026.180728

Image Credits: AI Generated

DOI: 10.3897/ia.2026.180728

Keywords: Comparative, profitability, analysis, land, uses, between, Eucalyptus, woodlot, crop, production, evidence, Dangila