#agroforestry systems

[oaresearchpaper]

In Côte d’Ivoire, agroforestry parklands dominated by the Vitellaria paradoxa (shea tree) play a role in smallholder agriculture, soil conservation and food security within the Sudanian and Sudan–Guinean zones. Despite its ecological and socio-economic importance, this species, listed as Vulnerable by the IUCN, is increasingly threatened by overexploitation, habitat degradation, recurrent bush fires, poor natural regeneration and climate change, raising concerns about its long-term persistence. To assess the current and future distribution of V. paradoxa in Côte d’Ivoire, 135 occurrence records from the CNF herbarium and GBIF were modelled using multiple algorithms and WorldClim v2.1 bioclimatic variables under current and future climate scenarios (SSP245 and SSP585). Multicollinearity was reduced using Pearson correlation coefficients and variance inflation factors (|r| < 0.7; VIF < 8), and model performance was evaluated through bootstrap-based random subsampling (70% training, 30% validation) using AUC and TSS metrics. The results showed that eight predictors were retained, dominated by temperature variables, particularly temperature seasonality (45%), followed by precipitation. Temperature and precipitation are the dominant drivers, while wind plays a secondary role, indicating a narrow ecological niche and high sensitivity to climate change. Currently, suitable habitats cover 36,673 km² in northern and central Côte d’Ivoire. Projections indicate a northward expansion by 2050, reaching 179,568 km²under SSP-245-2050 and 144,338 km² under SSP-585-2050. They also reveal a more pronounced reduction in habitat suitability as the intensity of climate change increases. These results provide spatially explicit guidance for climate-adaptive agroforestry planning, identifying priority areas for conservation, regeneration, and sustainable shea-based expansion.

[oaresearchpaper]

This study aims to assess the impact of associated species on the productivity of cocoa-based agroforestry systems in the department of Biankouma. To achieve this, the plot method combined with the itinerant survey method was used in different plantations grouped into four age classes (0 to 5 years, 6 to 20 years, 21 to 35 years, and 36 years and older). The analyses carried out identified 161 species divided into 124 genera and 48 families. Plantations aged 0 to 5 years show high floristic diversity with high Shannon and Evenness Indices. Plantations aged 6 to 20 years and 21 to 35 years recorded the lowest floristic diversity values with high yields. The results also showed that species density is high in plantations aged 0 to 5 years and those aged 36 years and over with low yields. Furthermore, analysis of the impacts of floristic diversity showed that yield increases significantly with the density of cocoa trees, the heights and circumferences of cocoa trees and associated plant species. However, it decreases with the age of the cocoa trees (0 to 5 years and over 30 years), the diversity and high density of associated species. Targeted management of associated species, optimal density, and selection of useful species therefore appear essential to improve productivity in cocoa-based agroforestry systems.

[loyalty-program]

The Silent Farming Revolution: Why Agroforestry Is India’s Next Big Shift?

Did you realize that more people are mentioning agroforestry in India of late? It's not a buzzword—well, it is, but it's fast becoming one of the wisest and most sustainable forms of farming. But what is agroforestry, and why is it gaining momentum so quickly, particularly in India?

Agroforestry explained in simple words.

What is Agroforestry?

Agroforestry is the exercise of developing trees and vegetation collectively at the identical land. So as a substitute of getting only a discipline complete of wheat or rice, farmers additionally develop trees like mango, neem, or bamboo along their vegetation. Some even enhance animals as a part of the system.

It may also sound new, however it`s genuinely a vintage exercise that Indian farmers used for centuries. Now, it`s coming lower back with higher making plans and cutting-edge tools.

Why Are Indian Farmers Turning to Agroforestry?

1. It Fights Climate Issues

We all know how volatile the weather has become. From sudden floodings to extended dry periods, agriculture is more challenging than ever. Trees maintain control over this by preventing the soil from washing away, retaining water, and even cooling the air. It's a natural armor provided to farms.

2. Additional Income from a Single Piece of Land

One of the advantages of agroforestry is that it provides farmers with more than one source of income. Apart from their main crops, they can make money selling fruits, wood, or herbs from the trees. That way, in case a crop flops, they have something else to rely on.

3. Better Soil, Better Crops

Trees give back to the earth. As their leaves shed and decompose, they function like free compost. Their roots loosen the soil too and bring up the nutrients from the bottom layers. They all contribute to better crops—without requiring excessive fertilizer.

4. It's Great for the Environment

Growing more trees equals more birds, bees, and other beneficial insects returning. It also captures carbon from the atmosphere, which is a bonus for the environment. So agroforestry isn't merely good for farm acreage, it's good for the globe.

Tech + Trees = A Smart Move

Here's the good news: Some agriculture businesses now have loyalty program software or a loyalty management platform to subsidize farmers who opt for agroforestry. It's like a rewards system—farmers earn points, get discounts, or special promotions for going green. A win-win for everybody.

The Way Forward

In India, agroforestry is growing from a tiny concept to a national movement. At the same time, it's helping farmers make more money, grow more intelligently, and save the environment.

This is a practice worth exploring if you work in agriculture or agribusiness. With the right loyalty program software, you can further encourage sustainable practices and reward farmers for making choices that benefit both the environment and their future.