Global Soil Partnership

International Network on Soil Fertility and Fertilizers (INSOILFER)

The International Network on Soil Fertility and Fertilizers (INSOILFER) aims to adopt and implement sustainable soil fertility management, avoid the underuse, misuse and overuse of fertilizers, and reduce the environmental and health impacts of unsustainable fertilizer use. INSOILFER also aims at channeling collective action towards sustainable soil fertility and fertilizer management, with the vision of achieving healthy and fertile soils by 2030 and contributing to the transformation of agrifood systems.

Ways to get involved with INSOILFER are constantly being developed through an inclusive, multi-stakeholderprocess which brings together different perspectives on soil fertility and fertilizer management.

The network welcomes participation from academia, government, farmers and farmers' associations, industry and private sector, laboratories, extensionists, and technicians. Membership in INSOILFER is free of charge, and active and voluntary participation from each member is encouraged.

Functions, duties and more

Soil health is the ability of the soil to sustain the productivity, diversity, and environmental services of terrestrial ecosystems (FAO and ITPS, 2020). Efforts and investments focused on increasing plant nutrient uptake and content can be lost if soil management is unsustainable or if soils are unhealthy. Suppose soils are compacted, eroded, nutrient-depleted, soil organic matter-depleted, contaminated, acidified, or present salinity problems. In that case, they cannot produce plants that contain the nutrients necessary for human health nor can they assimilate nutrients added by fertilization.

In response to the compounding climate-food-energy-finance crises, it is necessary to produce better (quantity, diversity with quality) with less (fewer inputs of resources, with fewer impacts on the environment) and with equity along the food value chains (from environmental services to consumption). Sustainable soil management is essential to preserve and increase nutrient content in soils, plants, animals, and humans. In tandem with soil health, sustainable fertilization is an essential link in the food security chain and should be considered within holistic programs as a means to achieve zero hunger and climate change mitigation.

The network focuses on the sustainable increase of soil fertility, boosting its physical, chemical and biological properties. The GSOIL4N (Global Symposium on Soils for Nutrition) held in 2022 identified the gaps and challenges to the sustainable increase of soil fertility and issued recommendations to overcome soil organic carbon loss, nutrient imbalances, environmental pollution and greenhouse gas emissions (GHG) associated with unsustainable crop practices.

INSOILFER was established based on the recommendations of the Outcome Document of the Global Symposium on Soils for Nutrition (GSOIL4N). The network is a vehicle to implement the International Code of Conduct for the Sustainable Use and Management of Fertilizers and the Voluntary Guidelines for Sustainable Soil Management.

The network's primary goal is to channel collective action towards sustainable soil fertility and fertilizer management, with the vision of achieving healthy and fertile soils by 2030 and contributing to the transformation of agrifood systems.

The overall goals of this new network are:

  • implementation of sustainable and balanced soil fertility management for food security;
  • promotion of actions to enhance the link between nourished healthy soils and crop, animal and human nutrition;
  • avoidance of the underuse, misuse, and overuse of fertilizers;
  • technical and technological capacity strengthening through coordination among existing networks; and
  • evaluation and improvement of the safety and quality of fertilizers.

By joining INSOILFER, you contribute to addressing the gaps in and challenges to the sustainable increase of soil fertility and issue recommendations to overcome soil fertility loss, avoiding the underuse, misuse and overuse of fertilizers. Members collaborate to avoid nutrient imbalances and contribute to improving soil and fertilizer management. The members exchange knowledge with stakeholders working on the technical aspects of soil fertility and fertilizers.

INSOIFER welcomes representatives from governments, academia, laboratories, the private sector, NGOs and farmers associations in addition to any other stakeholders from around the world who share the vision of achieving healthy and fertile soils by 2030 and want to contribute to the transformation of agrifood systems.

If you are interested in joining INSOILFER, please fill out the form to become a part of the network. Once your registration has been processed, your organization will be included on the interactive map showing the location of INSOILFER members. INSOILFER membership is free of charge and its success is based on the active and voluntary participation of each and every one of its members. Upon registration, you will receive details about joining the network,  topics to be addressed, governance structure, operating guidelines, and preparations for working group meetings.

Stay tuned for updates and further engagement!

INSOILFER governance is composed of the Chair and three Vice-Chairs who lead each of the working groups, the Technical Committees and the GSP Secretariat as facilitator and coordinator of the process. INSOILFER members endorsed the governance in the First Working Group Meetings held in November 2023 (see image below).

The details of these meetings and the elections are available for consultation hereThe Terms of Reference considered for electing the Chair, Vice-Chairs, Technical Committees and Reference Institutions are available for consultation.


CHAIR
Ndzana Georges Martial
WG1
Soil fertility and nutrient monitoring system
WG2
Soil fertility and fertilizers management
WG3
Fertilizer safety and quality assessment
GSP CO-FACILITATOR
Imane Slimani
VICE-CHAIR
Ranjan Bhattacharyya
TECHNICAL COMMITTEE
Ranjan Bhattacharyya
Nouira Mohamed Salah
Boukari Garba Seydou
Masango Solomon Sone
Adewale Moses Sedara
Johan Leenaars
REFERENCE INSTITUTIONS
GSP CO-FACILITATOR
Yuxin Tong
VICE-CHAIR
Nouira Mohamed Salah
TECHNICAL COMMITTEE
Masango Solomon Sone
Karina Batista
Attia Rafla
Armando Tasistro
Ranjan Bhattacharyya
Roger Kogge Enang
Milton Ferreira de Moraes
Haitao Xiang
Gerardo Ojeda
REFERENCE INSTITUTIONS
GSP CO-FACILITATOR
Vinisa Saynes Santillan
VICE-CHAIR
Wesley Feldmann
TECHNICAL COMMITTEE
Adele Muscolo
Kobusinge Aloys Nyabwisho
Gerardo Ojeda
Ranjan Bhattacharyya
REFERENCE INSTITUTIONS

Working groups (WGs)

INSOILFER's three WGs play a pivotal role in carrying out a range of activities focused on soil fertility and fertilizers. These activities are structured within specific work plans. For comprehensive details regarding the specific initial work plans of each working group, please refer to the concept note.

The main focus of the WG1 is to support decision-making on soil nutrient management at national and local scales. This focus is useful for investment planning and evidence-based recommendations for sustainable fertilizer use.

The formation of WG1 responds to recommendations of the GSOIL4N (Global Symposium on Soils for Nutrition) outcome document, including "Monitor soil nutrients and soil fertility and deepen the knowledge about soil nutrient budget." Based on this recommendation and the gaps and challenges identified during the GSOIL4N , the WG1 addresses three critical aspects for establishing reliable and updated soil fertility monitoring systems:

  1. Improving knowledge regarding the dynamics of the soil nutrient budget. Obtaining reliable, updated, and readily available sources of information on soil nutrient dynamics represents one of the main challenges for developing and improving the knowledge of soil fertility and the nutrient budget. Sustainable soil fertility management and restoration requires a solid understanding of soil nutrient flows, stores, inputs and outputs, and the physical, chemical and biological properties that regulate the soil's nutrient availability. WG1 works to better understand soil nutrient dynamics and to identify key indicators for monitoring nutrient movement to serve as the basis for nutrient balance development and mapping.
  2. Supporting the decision-making on soil nutrient management, nutrient budget, food security and climate change mitigation at global, national and local scales. The activities and outcomes of WG1 support the establishment of national soil fertility monitoring systems, innovation, and the development of tools for monitoring and evaluating soil fertility.
  3. Promoting collective ownership, openness, and innovation in creating novel data-sourcing pipelines and analytical tools to make progress on the knowledge of soil fertility and fertilizers management.

 

The WG2 promotes sustainable soil management (SSM) and sustainable fertilization practices so that they are widely known and disseminated at the farm scale, emphasizing innovations that optimize nutrient use efficiency.

The objective of WG2 is to promote and disseminate sustainable management of inorganic and organic fertilizers as well as other nutrient sources through integrated soil fertility management approaches, increasing fertilizer use efficiency, and implementing nature-based solutions, technological tools, and innovations.

These objectives align with recommendation 4 included in the GSOIL4N outcome document, which advocates for adopting SSM practices since they are the most cost-effective solutions to increase soil nutrient content and fertility.

There is no single solution to all soil fertility problems, but a portfolio of alternatives strategies to deploy when facing soil fertility issues can be employed. Therefore, WG2 directs its efforts toward developing and implementing a portfolio of solutions to avoid the underuse, misuse and overuse of fertilizers, and also to avoid greenhouse gas emissions, and environmental pollution.

The activities of WG2 focus on the following three main aspects:

  • The identification, compilation, and promotion of successful field-tested and calibrated soil management practices that have been proven to increase fertility, crop nutrition, and crop yields in different types of soils, crops, and climates. These practices include zero or reduced tillage, cover crops, crop rotation, pulses, and nutrition-sensitive agriculture, among others.
  • Identifying and promoting fertilization practices that maintain crop yields, preserve soil fertility, and reduce greenhouse gases and environmental pollution, especially water. Examples of these practices are those based on the 4R approach, biofertilizers, precision agriculture, and other innovations.
  • The establishment of an environmentally friendly and nutrition sensitive (not exclusively yield-oriented) fertilizer recommendation system.

 

The objective of WG3 is to monitor and improve the quality and safety of traditional (organic and inorganic) and innovative nutrient sources (biofertilizers, biostimulants, and recycled sources). The International Network on Fertilizer Analysis (INFA) has become the WG3. It focuses on harmonizing methodologies and protocols for the quality and safety assessment of fertilizers and alternative nutrient sources and building and strengthening national capacities of laboratories. More information will be available after the Working Groups meetings. Stay tuned!

More information will be available after the Working Groups meetings. Stay tuned!


Outcome document

Soils, where food begins. Outcome document of the Global Symposium on soils for nutrition, 26–29 July 2022
2023

The Global Symposium on Soils for Nutrition outcome document highlights the latest research findings and multisectoral insights which evidenced that...

Events

Launch of the International Network on Soil Fertility and Fertilizers (INSOILFER)
17/07/2023

Preserving the health and fertility of soils is therefore a prerequisite for achieving food security and it is simultaneously part of the solution to...

Virtual Event

Publications

2018

The guidelines provide technical recommendations on how SSM can be achieved. The VGSSM are of a voluntary nature and are not legally binding. They elaborate on the principles outlined in the Revised World Soil Charter, considering the evidence provided in the World’s Soil Resources (SWSR) report Status of the World’s Soil Resources (SWSR) 2015 report.

2019

The International Code of Conduct for the Sustainable Use and Management of Fertilizers or Fertilizer Code was developed to increase food safety and the safe use of fertilizers..

2022

Food starts with soils, and as the target date to accomplish the SDGs grows closer, it is more urgent than ever to reverse soil degradation and tackle its effects on agrifood systems.

2023

The book of proceedings of the GSOIL4N contains the papers presented during the Global Symposium on Soils for Nutrition that was held from 26 to 29 July 2022..

The launch

Launch of the International Network on Soil Fertility and Fertilizers (INSOILFER)
17/07/2023

Preserving the health and fertility of soils is therefore a prerequisite for achieving food security and it is simultaneously part of the solution to...

Geographical distribution of INSOILFER members


The Fertilizer Code

The Fertilizer Code addresses the judicious use and management of fertilizers to prevent their underuse, misuse and overuse.

Available in: EN | FR | ES | AR | RU | ZH

The International Code of Conduct for the Sustainable Use and Management of Fertilizers

The Fertilizers Code is an instrument that provides a locally adaptable framework and a voluntary set of practices to serve the different stakeholders directly or indirectly involved with fertilizers.

Available in: EN | FR | ES | AR | RU | ZH


Soils and nutrients

Soils form, store, transform, and recycle the nutrients we all need to survive.

Available in: EN | FR | ES | AR | RU | ZH

Healthy soils grows 95% of our food

The planet survives only thanks to a few cm of healthy soil that grows 95% of our food.

Available in: EN | FR | ES | AR | RU | ZH

Soil fertility is...

Soil fertility is the ability to sustain plant growth by providing essential plant nutrients and favorable chemical, physical and biological characteristics.

Available in: EN | FR | ES | AR | RU | ZH

Healthy soils and the nutrient cycle

Healthy soils are the basis to produce sufficient, safe and nutritious food. When the natural nutrient cycle is not optimized, fertilizers need to be added to soils.

Available in: EN | FR | ES | AR | RU | ZH

The challenge of nutrient balance

A judicious use and management of fertilizers is essential to soil health and food security.

Available in: EN | FR | ES | AR | RU | ZH

Hidden hunger

Hidden hunger affects over 2 billion people worldwide.

Available in: EN | FR | ES | AR | RU | ZH

Bring back nutrients to soils

Soils are reservoir of valuable and renewable elements.

Available in: EN | FR | ES | AR | RU | ZH

Six actions for farmers to fight nutrient imbalance

Six actions for farmers to fight nutrient imbalance: 1) Assess nutrients need in plants and soils; 2) Maintain a balanced soil pH and include crop rotation; 3) Promote nutrient recycling; 4) Avoid soil compaction and reduce tillage; 5) Protect soil biodiversity and enhance extension services; 6) Control fertilizers quality.

Available in: EN | FR | ES | AR | RU | ZH