Conferência Internacional Sobre Agricultura e Desenvolvimiento Sustentável (CIADS)

Masa Funabashi presented at the plenary lecture of the Conferência Internacional Sobre Agricultura e Desenvolvimiento Sustentável (CIADS) held at the Lurio University in Mozambique.

Abstract

From Japanese original experiences to African contexts:

two projects for sustainable agriculture and society

Masatoshi FUNABASHI*, Makoto GODA** and Shun SATO**

* Sony Computer Science Laboratories, Inc., Tokyo, Japan

**Nippon Biodiesel Fuel Co., Ltd., Tokyo, Japan / Agro-Negocio para o Desenvolvimento de Mocambique Lda., Maputo, Mozambique

Keywords: Synecoculture, Virtual Farmers Market

0. Introduction

    In this presentation, two ongoing projects are introduced by their Japanese implementers. One is Synecoculture project and the other is Virtual Farmers’ Market (VFM) project. The former is mainly related to cultivation phase and the latter is related to distribution phase. Although these two projects are originally independent, both of two aims to sustainable agriculture and society.

1. The challenge and achievement of Synecoculture (by FUNABASHI)

    In this talk, I will present the concept, challenge, and achievement of Synecoculture project that has been developed to overcome global agenda such as food security for growing population and associated massive biodiversity loss, which is difficult to resolve with conventional monoculture-intensive methods of agriculture.

    Based on the field experiments in Japan and sub-Saharan Africa, we derive important factors that should be included in the new food safety strategy for increased human and ecosystem health, especially for African countries that are facing drastic climate and demographic changes.

    Links between scientific facts, essential supportive technologies, and political challenges will be addressed from the viewpoint that advocates the conversion to sustainable society during the next few decades, critically before the middle of this century.

To better understand this presentation, please consult the following articles for the basic knowledge of Synecoculture:

– The manuals on Synecoculture: https://www.sonycsl.co.jp/news/3802/

– Perspective paper from Nature Research: https://www.nature.com/articles/s41538-018-0026-4.pdf

– Proceedings of the past African Forums on Synecoculture: https://www.elab-ose4el.net/?s=proceedings

– Synecoculture project website: https://www.sonycsl.co.jp/tokyo/407/

– Other publications: https://www.elab-ose4el.net

2. Virtual Farmers’ Market and Virtual Farmers’ Association (by SATO)

[Objectives]

    The main objectives of this presentation are to clarify the concept and history of Virtual Farmers’ Market (VFM) which is currently promoted by UN World Food Program (WFP) and to discuss the future possibilities of VFM in the broader context of sustainable development and cooperatives.

[Methods]

    The study is conducted with two approaches: 1) Basic survey – mainly on the internet resources; 2) Action research – the authors of this study are private company managers in Japan and Mozambique, so that their ongoing VFM project are described by themselves.

[Results and Discussion]

    VFM is “an app-based e-commerce platform where farmers’ surplus and buyers’ demand for crops are advertised and traded” (WFP 2018). VFM is aimed to enhance the livelihood of Small Holder Farmers (SHF) via market access and fair prices. WFP launched the first pilot project in Zambia in 2016 and smartphone application for Android OS was developed and named MAANO.

    Meanwhile, NBF/ADM, which is a private company in Japan/Mozambique, is starting VFM project which is firstly launched in Nampula province. NBF/ADM has a vision of connecting VFM to VFA (Virtual Farmers’ Association) and NCF (New Credit for Farmers), which is based on Japanese history and experience of agricultural cooperatives from NINOMIYA Sontoku (1787-1856), OHARA Yugaku (1797-1858), to JA (1972-) and the previous works using ICT in some nonelectrified rural areas in Mozambique (GODA 2019).

[Conclusion]

    This year, UN decade of family farming started because it offers unique opportunities for sustainable development in economic, social and ecological aspects. VFM, VFA and NCF are expected to be able to empower these movement in the digital age.

[References]

  1. GODA Makoto (2019) System reforms for improving agriculture: A Vision for Digitalizing African Agricultural Infrastructure Based on Farmer Unionization. Diplomacy. No.53. https://www.japanpolicyforum.jp/diplomacy/pt20190821013937.html
  2. WFP (2018). Maano – Virtual Farmers Market. https://innovation.wfp.org/project/virtual-farmers-market

Publication of a Book Chapter from Springer Nature

Masatoshi Funabashi published a chapter “Augmentation of Plant Genetic Diversity in Synecoculture: Theory and Practice in Temperate and Tropical Zones” in the book: D. Nandwani (Ed.) Genetic Diversity in Horticultural Plants, Sustainable Development and Biodiversity 22, Springer Nature Switzerland AG 2019

This article contains the theoretical foundation and the results of the proof of concept experiments that are essential to establish a novel developmental and legislative framework for the sustainable use of plant genetic resources, overarching the protection of the natural environment and agricultural production mainstreaming biodiversity.

Get the final version here.

VIDEO: “Creating Social Value through Sony’s Technology” / ビデオ:「ソニーのテクノロジーが創出する社会価値」にて紹介

Synecoculture was presented in the VIDEO: “Creating Social Value through Sony’s Technology” during Sony’s corporate strategy meeting (May 21, 2019).

Click the image to play movie


協生農法がソニー経営方針説明会(2019.05.21)において上映されたビデオ:「ソニーのテクノロジーが創出する社会価値」にて紹介されました。

クリックして動画を再生

Publication of useful plant species potentially introducible to Synecoculture fields in the Sahel

Synecoculture project team in SonyCSL has published online interactive graph interfaces of the useful plant databases, jointly constructed with CARFS and Université de Ouagadougou 1.

Click images to access interactive graph interfaces:

TinaWeb version
Gephi version

Details of the database

The database comprises 837 useful plant species collected from existing literature on the vegetation of the Sahel (shown with blue nodes) in collaboration with CARFS and Université de Ouagadougou 1.

Using the GloBI database, 15396 plant and animal species in total were detected (shown with green nodes) for having known biological interactions on 629 of these 837 species.