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RECOVER

RECOVER

Climate-smart recovery of agriculture on demined land of Ukraine

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Ukraine is one of the key exporters of agricultural products in the world thanks to its fertile soils. However, the war has caused significant losses to agriculture: arable land has been damaged by explosions and is covered with numerous craters, and the presence of explosive remnants and heavy metals poses serious threats to food safety and the sustainable development of the industry.
RECOVER project focuses on researching nature-based methods of soil restoration after demining and developing effective strategies for their clean-up, ensuring the safe use of land for growing crops.

About the project

RECOVER project aims to contribute to the climate-smart recovery of Ukraine's agricultural sector, ensuring its sustainability and global competitiveness.

RECOVER project focuses on strengthening the capacity of state bodies and agribusinesses to recover agriculture in a climate-smart way on reclaimed and demined land. The project supports adaptation to ISO standards for soil analysis and EU Regulation 2023/915, to help improve trade conditions and maintain confidence in Ukrainian agricultural products.

Project duration: 2025-2026 years

Why is it important to restore soil after demining?

1

Safe agriculture

Soil contamination can threaten human health and food quality.

2

Private sector development

Supporting entrepreneurs involved in the management of contaminated soils will help attract investment.

3

International standards

Adaptation to ISO and EU regulations will help Ukrainian agribusinesses meet global requirements.

4

Resilience to climate change

The use of nature-based solutions (NBS) will reduce the environmental impact of war and improve the adaptation of the agricultural sector to new challenges.

Major areas of RECOVER project

1
Strengthening conditions for trade.
2
Green transition and sustainable development spread of knowledge about nature-based solutions (NBS) that promote climate-smart restoration of agricultural land.
3
Compliance with permissible levels of contaminants in food products use of technological innovations (plants, bacteria, fungi and organic soil amendments) to improve the environmental safety of agricultural production.
4
Creating favorable regulatory conditions for agribusiness in the war-effected regions in cooperation with state bodies: Ministry of Agrarian Policy and Food, Ministry of Environment, State Service of Ukraine for Food Safety and Consumer Protection and other key stakeholders.
5
Private sector development through capacity building and support of mobilization of agribusinesses and entrepreneurs involved in the management of contaminated land in Ukraine.

The project is implemented by

Organizations work together to promote climate-smart agricultural rehabilitation on the demined land in Ukraine.

Project team

Chalmers University of Technology

Yevheniia Volchko — Project Manager
Jenny Norrman — Project Expert
Paul Drenning — Project Expert

Taras Shevchenko National University of Kyiv

Serhii Zapototskyi — Project Co-manager / administration
Liudmyla Bilous — Project Coordinator
Viktor Samoilenko — Project Expert
Kostiantyn Gura — Administrative Support
Yevhen Tsyhanok — Senior Project Researcher
Oleksandr Halahan — Project Expert
Mariia Kandii — Project Researcher
Anastasiia Slipchuk — Project Researcher

World Wildlife Fund WWF - Ukraine

Taras Yamelynets — Project Co-manager
Iryna Protsenko — Project Coordinator
Iaroslav Teleshun — Policy Expert
Yuliia Novoseltseva — Communications Officer
Inna Haizhuk — Administrative Manager

RECOVER project is funded by the Swedish Institute

Project materials

Policy Brief

Proper monitoring and management of residual contamination in soils is key to the safe recovery of agricultural land within war-affected areas. The project reviews international ISO standards for analysis of  heavy metals (lead, cadmium, copper and zink) and explosives in soils. These ISO standards are compared to respective national ones. This will help adjust Ukrainian regulations and methodologies to EU requirements, improve quality control of agricultural products and increase the trust of international partners. A standardized approach will facilitate the development of effective policies for safe farming in the demined territories. The evaluation results are summarized in a policy brief.

Materials in preparation
Read the report

Fact Sheet

The project focuses on identifying and compiling nature-based solutions (NBS) that contribute to managing the risks posed by heavy metals and explosives in chernozems in result of military operations. We explore phytoexclusion, microorganisms and organic soil amendments that can effectively offset the negative effects of soil contaminants on human health and the environment, improving soil health and restoring soil safety for crop production. Using these NBS for contaminated soils will support sustainable, climate-smart recovery of agricultural land, allowing farmers to safely grow crops and restore productivity within war-affected areas. The possibilities for implementation of these NBS in Ukraine are investigated. The results of NBS evaluation are summarized in fact sheets. 

Materials in preparation
Read the report

Events

February, 2026
Workshop

Nature-based solutions
for contaminated arable land

Register
June, 2026
Workshop

Policies and standards for safe agriculture

Register