This slide deck provides an overview of the Good Practice, Better Finance project. 

In 2019, the ISEAL Innovations Fund awarded a grant to Bonsucro to collaboratively develop and test methodologies to help financial service providers improve how they assess their agricultural clients’ sustainability performance, to enable access to better financing opportunities for farmers who produce sustainably. Project partners included the Better Cotton Initiative, and the Alliance for Water Stewardship (AWS).

This infographic provides a summary on boosting sustainability practice and performance at the landscape level, through Good Water Stewardship project. 

The Good Practice, Better Finance project is an ISEAL Alliance (ISEAL) funded project that aims to develop and test methodologies, as well as improve monitoring tools, which would allow for improved access to affordable finance for farmers. This improved access would be through reward systems based on the integration of farmers’ risk management and sustainability strategies with financial institutions’ own risk assessment frameworks.

The ISEAL-funded research project Integrating new data to improve risk assessments and detection of forced labour in agricultural supply chains (2017 – 18) is an attempt to build the evidence base around monitoring and remediating forced labour in agricultural supply chains.

A compilation of the lessons learned from four pilot projects in remote auditing from Responsible Jewellery Council, LEAF Marque, Beter Cotton Initiative, and Fairtrade USA. LEAF Marque and the Responsible Jewellery Council looked at the extent to which remote auditing could provide an alternative to in-person on-site visits, while the two other pilot projects used a remote phone survey based on worker voice technology to carry out interviews with workers in factory settings (in the case of Fair Trade USA) and in an agricultural setting on cotton farms (Better Cotton Initiative – BCI).

A working paper for the project “New data to detect forced labour in agriculture”.

Moving towards an outcome-based standard creates the opportunity for LEAF to communicate more closely on the impacts of implementing the LEAF Marque Standard, measuring outcomes directly rather than proxying them with practices.

There are different ways in which sustainability systems can operate at landscape level. The ATLA project was designed to explore some of the key considerations at play in these strategic decisions, such as where to focus efforts, the scale of time and resources needed, how to measure performance at landscape level, and what it means to work in partnership with existing multi-stakeholder initiatives. Two project pilots, in Turkey and Pakistan, provided practical insights for these strategic decisions in the case of Better Cotton.

The Smart Assurance project supported by the ISEAL Innovations Fund until July 2024 developed and tested a new type of oversight process that combines the use of satellite data, analytical methods, and ground verification supported by Unmanned Aerial Vehicles (UAVs or drones) with assessment practices to provide enhanced oversight both at scale and with a new level of granularity.

BCI and WWF-Turkey have cooperated in the ATLA (Adaptation to Landscape Approach) GIS project. The purpose of the ATLA GIS project is to create baseline information and get a clear understanding of how farming activities have been interacting with Buyuk Menderes Delta and Lake Bafa over time.

A Report produced for the ISEAL Alliance Innovations Fund project “Integrating new data to improve risk assessments and detection of forced labour vulnerability in agricultural supply chains”.

The Impact Alliance is a voluntary collaboration between sustainability initiatives sharing similar goals to provide oversight of and support in the development, maintenance, promotion and claiming of Impact Incentives and Impact Partnerships. The purpose of this policy is to outline the Impact Alliance’s governance structure and mechanisms and can be made available to interested parties upon request.

Assessing environmental and social sustainability at the landscape level poses significant challenges related to the availability of accurate cultural, economic, and ecological information. In this sector, decision-making must take this intersectional information into account to develop management strategies that enhance the sustainability of the territory, prevent detrimental actions to ecosystem services, and defend against poor socioeconomic management of a region.

This document provides instruction to aid users in using the ODK tool. The function of the ODK tool within the Blueprint project has been to provide offline data collection capabilities and data that can be stored in SAN’s technology platform the iHub which provides a secure, agile, and scalable backend for the mobile app.

This report presents pilot activities conducted in two separate sites in Söke in 2021, as part of the WWF-Turkey Regenerative Cotton Project.

A matrix of indicators for use with farm owners and when using the ODK Mobile App, as part of the Blueprint Project. 

Between 29 September and 5 October 2021, Helvetas conducted a stakeholder consultation of the project "Sustainable Cocoa Landscapes in San Martin". The consultation was carried out through face-to-face workshops in the different districts of the province. This resulted in the prioritization of social issues to be taken forward by the project. 

Report produced for the ISEAL Alliance Innovations Fund project “Integrating new data to improve risk assessments and detection of forced labour vulnerability in agricultural supply chains”.

This page contains the final project outputs of the Expanding the Blueprint tool project, run by Sustainable Agriculture Network from September 2023-May 2024.

This case study forms part of the Rainforest Alliance project Use of Risk Maps for Child and Forced Labour in Risk-Based Assurance Processes, supported by the ISEAL Innovations Fund. The project sought to test the prototypes of sectoral risk maps for child labor and forced labor in Kenya, Côte d’Ivoire, and Honduras.

The Modelling a Path to More Sustainable Landscapes project is a three-year effort to spatially analyse the baseline risk of commodity production and the role of sustainability policies to mitigate those risks. This document is for people interested in increasing the value and integrity of data and in assessing the potential impacts of policy decisions in terms of agriculture production and environmental outcomes.

SCOPE is a geo-design tool that enables users to assess multiple outcomes related to commodity production and alternative policies including total production, water availability, water quality, greenhouse gas emissions, and land conversion. The tool allows for examining on-farm policy compliance and explore outcomes at local to landscape levels. This document presents how SCOPE can provide important information to certification stakeholders on how an area could perform against a standard (or is performing against a standard) at the local, landscape, or jurisdictional level.

The Modelling a Path to More Sustainable Landscapes project is a three-year effort to spatially analyse the baseline risk of commodity production and the role of sustainability policies to mitigate those risks.  This document is for people interested in increasing the value and integrity of data and in assessing the potential impacts of policy decisions in terms of agriculture production and environmental outcomes.

This report reports on the pilot phase of the Landscape Assessment Framework in the context of the Sustainable Cocoa Landscapes project in San Martin, Peru. The social indicators that have been proposed by Max Havelaar / Flocert based on the prioritized social issues for the landscapes (see documents "social study of the landscapes" and "social issues in the Mariscal Caceres landscape") have been applied as a test in the landscape. The process followed for this pilot phase is summarized in paragraph 2, and the process of validation of the indicators is presented in paragraph 3.