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Peru Coffee

Seeking to improve soil fertility for coffee production on the eastern slopes of the Andes which have been impacted by deforestation.

Members: 23
Latest Activity: Feb 15

Overview

Coffee Peru information sheet.pdf

In brief
This challenge seeks to improve soil fertility for coffee production on the eastern slopes of the Andes which have been impacted by deforestation. Whilst technologies exist to regenerate soil fertility, the solution to this challenge will be adaptable to the reality of small producers articulated to organic markets.

Background:
The cultivation of coffee is developed on the eastern slopes of the Andes between 1,000 and 2,000 meters above sea level. In Peru there are about 150,000 small producers with farms ranging between 0.5 and 5 Ha. Producers are mostly migrants from the Andean parts of the country that have installed coffee under the shade of the species Inga (Leguminosae), which provides nitrogen.

Landscape is impacted by deforestation. There are extremely dry and wet seasons. The natural fertility of the soil has been lost by two factors:

- Agriculture without application of inputs to the soil.
- Insufficient coverage that protects the soil.

Forest coverage is being incorporated to protect soils; there are even programs for farmers that provide fertilizers such as nitrogen and phosphorus. However the quality of a cup of coffee is defined by micro-elements that are in quantities that are too small or where little land available in the small producer’s farms.

Although technologies exist to regenerate soil fertility, it is necessary to adapt it to the reality of small producers that are aiming for organic markets.

Environmental factors:
Soil Type: According to Soil taxonomy are entisols and vertisols. According to its production capacity the Peruvian agriculture department has classified it as F1Se and C3Se:

- F1Se: Soils suitable for forest production, high agrologic quality with limitations on susceptibility to erosion, the low availability of nutrients and acidity are extreme. Soil surface is moderately deep, thin to thick texture, good drainage and highly acidic reaction to moderately alkaline.
- C3se: Suitable for permanent cultivation with strong limitations due to low availability of nutrients, the acidity factor and the topography. Group deep soils on moderately deep texture thick and thin reaction to extremely acidic to neutral.

Rainfall patterns: 1000 mm (average)
Temperature: From 14 to 28 Celsius
Slope: 15 to 75%

Discussion Forum

Could biochar be a potential solution for Peru Coffee? 3 Replies 

Hello members,The attached leaflet is intended to help small farmers in developing countries know a little about Biochar and also encourage them to consider making and using it. Although basically…Continue

Started by Anu Devi. Last reply by Graham F Knight Nov 24, 2009.

Comments by Dr. Baker from CABI

There are a number of issues here which are difficult to resolve without seeing things first hand. A few thoughts:1. There seem to be soil nutrient deficiencies, but without a proper soil analysis…Continue

Started by Anu Devi Jul 21, 2009.

Comment Wall

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Comment by Maria Gabriela Zurita Benavides on July 18, 2009 at 13:11
I think is really important to understand the perception of the local community about soil fertility. The elements that make a rich soil, that can gave us clues about they're perception of the micro-biology of the soils and how they manage. I wonder how the local communities are participating in this program?
 

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