Plant 1.000.000 Trees in Indonesia Damaged Forest

Java Island faces intense pressure on its forest landscapes due to high population density, agricultural expansion, and economic demands from forest-edge communities. In this context, coffee agroforestry offers a realistic and adaptive conservation strategy—combining economic productivity with ecological protection.

Within agroforestry systems, coffee serves as a high-value cultivated crop that simultaneously contributes to environmental conservation. Unlike open monoculture systems, coffee is grown under shade trees and integrated with forestry species or Multi-Purpose Tree Species (MPTS). This approach creates a production system that closely resembles natural forest structure, enhancing ecological stability and long-term sustainability.

Key Functions of Coffee in Agroforestry Systems

1 Soil and Water Conservation

Coffee roots help bind soil, strengthening slope stability—especially important in Java’s hilly landscapes that are vulnerable to erosion and landslides. Leaf litter from coffee plants and shade trees reduces the direct impact of rainfall, minimizing soil erosion and surface runoff. This layered system also enhances water infiltration, supporting groundwater recharge.

2 Income Diversification for Farmers

In agroforestry systems, coffee is combined with shade trees such as fruit or timber species. This creates multiple income streams, including:

• Regular income from coffee harvests

• Medium-term income from fruit production

• Long-term income from timber

Such diversification reduces economic risk and dependence on a single commodity.

3 Ecosystem Stability and Microclimate Regulation

Shade trees create a stable microclimate with cooler temperatures and maintained humidity levels. These conditions improve coffee bean quality and reduce plant stress caused by excessive heat or drought. This function is particularly important in adapting to climate change in Java.

4 Natural Soil Fertility Enhancement

Fallen leaves and branches from shade trees form organic matter around coffee plants. As this litter decomposes, it becomes natural compost, improving soil structure and fertility while reducing the need for chemical fertilizers. This supports a more environmentally friendly and cost-efficient production system.

5 Biodiversity Enhancement

Coffee agroforestry systems provide more complex habitats compared to monoculture farming. Diverse tree and plant species create ecological niches for birds, pollinators, and other wildlife. These systems can function as ecological corridors, helping connect fragmented forest areas and approximating natural forest conditions.

Conservation with Economic Value

Coffee agroforestry demonstrates that conservation and economic development do not have to be in conflict. When properly designed, coffee cultivation can serve as a bridge between forest protection and livelihood strengthening.

Forest cover is maintained through sustained tree presence.
Farmers gain stable and quality income opportunities.
Ecosystems become more resilient to environmental pressures.

On densely populated Java Island—where production and conservation spaces often overlap—coffee agroforestry stands out as one of the most relevant and sustainable strategies to protect forests while supporting rural prosperity.

Forest-adjacent villages in Blora (Central Java) and Ngawi (East Java) face serious challenges, including land degradation, declining soil fertility, and economic pressures that encourage short-term seasonal monoculture farming. Dependence on single-commodity systems creates unstable incomes and increases the risk of agricultural expansion into forest areas.

At the same time, these regions manage extensive forest landscapes that play a critical ecological role in protecting watersheds, preventing erosion, and sequestering carbon. Without an approach that integrates both conservation and economic opportunity, long-term forest protection remains difficult to achieve.

Project Objectives

This project aims to:

• Restore and maintain forest cover in surrounding village landscapes
• Build conservation-based economic independence
• Reduce pressure on forest areas
• Strengthen community-based forest governance

The core strategy is community-based conservation through agroforestry and circular economy systems.

Key Project Components

1  Agroforestry Development

Liberica coffee is cultivated under shade trees and forestry species (Multi-Purpose Tree Species / MPTS). This system maintains tree cover while generating stable income for farmers.

2 Integration of Community Sheep Farming

Each village group received 80 sheep as an economic strengthening incentive. Livestock populations are gradually increasing through organized breeding systems.

Sheep farming contributes to:

• Additional household income
• Organic fertilizer production from manure to support agroforestry
• Reduced dependence on chemical fertilizers and lower production costs

3 Demonstration Plots and Gradual Expansion

Agroforestry demonstration plots have been established and are planned for gradual expansion, allowing collective learning before scaling up to larger areas.

4 Dedicated Conservation Zones

In addition to productive agroforestry areas, separate non-agroforestry conservation zones are being prepared. These areas focus on biodiversity protection, watershed conservation, and natural forest regeneration. The long-term vision includes strengthening conservation across thousands of hectares of forest landscapes.

5 Institutional Strengthening and Participatory Planning

In collaboration with the Faculty of Social and Political Sciences, Universitas Gadjah Mada, participatory village planning, asset mapping, and community governance strengthening initiatives are conducted to embed conservation into local policy frameworks.

Integrated Landscape Approach

The project goes beyond tree planting by building interconnected systems:

Agroforestry increases income →

Livestock supports organic fertilizer production →

Production costs decrease →

Pressure on forests declines →

Conservation zones are strengthened →

Ecosystems recover.

Expected Impact

• Increased tree cover and improved soil quality
• Diversified and stabilized household income
• Strengthened village-level forest governance
• Reduced reliance on environmentally damaging monoculture systems

Core Principle

Community-based conservation is not merely a technical intervention—it is a socio-ecological strategy. When communities gain economic benefits from sustainable systems, they become the primary stewards of forest protection.

Forests are protected.

Livelihoods are strengthened.

Resilient futures are built.