We endeavor to maintain and increase soil organic matter, enhance soil stability and soil biodiversity, and prevent soil compaction and soil erosion.
The fertility and biological activity of the soil will be maintained and increased by multi annual crop rotation including legumes and other green manure crops, and by the application of livestock manure or organic material,both preferably composted, from organic production. In practice this means ...
The following fertilisers and soil conditioners are in use:
Goal:
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Goal:
Maintain or increase soil ...
The following crop rotation is in use:
Goal:
A crop rotation of minimum x crops, including leguminous ...
Goal:
Second goal
- Planting tree borders to reduce soil erosion
- Revegetating steep areas
- Planting cover vegetation that contributes to aggregate soil stability
- Not using fire to clear vegetation when preparing fields
- Avoiding use of heavy machinery, especially in areas with wet, fragile soils or with high risk of soil erosion
- (For cultivation) Building terraces and other natural structures to reduce land slope
- (For cultivation) Digging trenches, water canals and other natural structures to contribute to drainage
Goal:
Slopes of over x% are planted with tree borders within x years.
Goal:
Cover vegetation ...
Information on soil structure, fertility and nutrient contents, stability, moisture and drainage conditions in cultivation sites is gathered through soil analysis, existing studies and other scientific or local knowledge.
Fertility management is based on annual ...
Goal:
Each field to conduct a soil analysis on bi-anual base
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
Maintain or increase soil fertility to at least % over 5 years (2020 - 2025)
Maintain or increase soil ...
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
A crop rotation of minimum x crops, including leguminous ...
Second goal
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Slopes of over x% are planted with tree borders within x years.
Cover vegetation ...
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Each field to conduct a soil analysis on bi-anual base
Where the nutritional needs of plants cannot be met by measures provided for in Article 12(1)(a), (b) and (c) of Regulation (EC) No 834/2007, only fertilisers and soil conditioners referred to in Annex I to this Regulation may be used in organic production and only to the extent necessary. Operators shall keep documentary evidence of the need to use the product.
In addition to the general farm production rules laid down in Article 11, the following rules shall apply to organic plant production:
- (a) organic plant production shall use tillage and cultivation practices that maintain or increase soil organic matter, enhance soil stability and soil biodiversity, and prevent soil compaction and soil erosion;
- (b) the fertility and biological activity of the soil shall be maintained and increased by multi annual crop rotation including legumes and other green manure crops, and by the application of livestock manure or organic material,both preferably composted, from organic production;
- (c) the use of biodynamic preparations is allowed;
- (d) in addition, fertilisers and soil conditioners may only be used if they have been authorised for use in organic production under Article 16;
- (e) mineral nitrogen fertilisers shall not be used;
- (f) all plant production techniques used shall prevent or minimise any contribution to the contamination of the environment;
- (g) the prevention of damage caused by pests, diseases and weeds shall rely primarily on the protection by natural enemies, the choice of species and varieties, crop rotation,cultivation techniques and thermal processes;
- (h) in the case of an established threat to a crop, plant protection products may only be used if they have been authorised for use in organic production under Article 16;
- (i) for the production of products other than seed and vegetative propagating material only organically produced seed and propagating material shall be used. To this end, the mother plant in the case of seeds and the parent plant in the case of vegetative propagating material shall have been produced in accordance with the rules laid down in this Regulation for at least one generation, or, in the case of perennial crops, two growing seasons;
- (j) products for cleaning and disinfection in plant production shall be used only if they have been authorised for use inorganic production under Article 16.
Information on soil structure, fertility and nutrient contents, stability, moisture and drainage conditions in cultivation sites is gathered
Soil components that can be affected by cultivation practices (e.g. (heavy)mechanical soil management, monoculture, intensive farming, but also simply farming as it uses soil components) include:
- structure
- stability
- fertility
- organic matter and other nutrients contents
- biological components
- moisture
- drainage conditions and similar components. Analysis needs to be conducted to assess soil conditions in farm sites, at least every three years, and ideally annually. Soil analysis can be conducted internally or by commissioning laboratories. Existing studies and other scientific or local knowledge can also be used. Not all the above needs to be monitored. For compliance (score 2) at least biological and chemical components of the soil are monitored. Information monitored is considered relevant and complete when it can be used to defined and implement practices to comply with 2.3. The UEBT Baseline assessment template includes all relevant information to be gathered and can be used for reporting. In case of large-scale farmers, or farmer groups, field operators are in charge of conducting/commissioning the analysis per cultivation site. In case of small farmers or pickers’ groups, the groups can be in charge of conducting/commissioning the analysis for all group members. When they all work in the same area, general information at the area level is sufficient and there is no need for site specific information. OaS supports the carrying out of the analysis providing monetary or other types of resources, especially in the case of small farmers and pickers when their own resources are not sufficient to conduct information gathering. When OaS carries out first stage processing activities that interfere with or are influenced by soil conditions in the cultivation/collection areas, it also collects relevant information on the conditions of soil.
DOCUMENTATION Soil analysis results can be used as evidence to assess compliance. The UEBT baseline assessment template filled out can be used to assess compliance.
Scoring0 - No information on soil conditions in cultivation sites is gathered 1 - Information sources, methodologies/plans for information gathering and relevant aspects to be monitored are identified 2 - Information is gathered but can be improved to become more relevant to define practices to comply with 2.3 and/or it is not updated 3 - Information is gathered, relevant and updated N/A - in the justification, please explain why Score 2 to be reached by second year
ApplicabilityCultivation , OaS , Field operators
Practices are adopted to maintain or improve soil fertility and nutrient contents
Examples of cultivation practices to improve soil fertility and nutrient contents include:
Field operators are to follow one or more of the above practices or any other practice that has results relevant to maintain or improve soil fertility and nutrient contents in the cultivation sites. OaS supports the identification and implementation of those practices with monetary and other resources when those are not sufficient at the level of field operators.
Practices followed are adequate when they tackle any possible negative impact on soil fertility and nutrient contents in cultivation sites that come from cultivation.
For compliance (score 2) at least the practices of using varieties adapted to soil conditions in cultivation sites, and considering nutrient requirements and providing for nutrient loss are followed. The UEBT soil management register template includes fields to report about soil management and conditions and can be used for reporting.
DOCUMENTATION
Reporting where the implementation of practices is documented can be used as evidence to assess compliance. The UEBT soil management register template filled out can be used to assess compliance .
INTERVIEWS
Conversations with relevant informants explaining practices adopted can be used as evidence to assess compliance.
OBSERVATION
Witnessing the application of practices during audits can be used as evidence to assess compliance.
0 - Cultivation practices do not contribute to maintain or improve soil fertility and nutrient contents
1 - Some practices are identified to maintain or improve soil fertility and nutrient contents but those practices are not implemented
2 - Most of the practices identified are implemented by most of the field operators, are relevant to contribute to maintain or improve soil fertility and nutrient contents but some improvements can be done and/or the practices can be spread further
3 - All practices identified are implemented by all field operators and contribute to maintain or improve soil fertility and nutrient contents
N/A - in the justification, please explain why
ApplicabilityCultivation , OaS , Field operators
Practices are adopted to conserve and improve soil stability and drainage
Examples of practices to conserve and improve soil stability and drainage include:
Field operators are to follow one or more of the above practices or any other practice with results relevant to maintain or improve soil stability and drainage in the cultivation and wild collection sites, including sites where first stage processing facilities are located (if applicable). OaS supports the identification and implementation of those practices with monetary and other resources when those are not sufficient at the level of field operators. OaS is responsible for the implementation of practices in sites where processing facilities are if it is responsible for processing activities/facilities in cultivation/collection areas.
Practices followed are adequate when they tackle any possible negative impact on soil stability and drainage in cultivation/wild collection/first stage processing sites that comes from cultivation/wild collection and related activities.
For compliance (score 2) at least practices are followed where fire is not used to clear vegetation, heavy machinery use is avoided, and vegetation cover is planted to contribute to increasing aggregate stability in the soil.
In cases when field operators and OaS do not own the sites and permission is required to implement, permissions are obtained and interventions are implemented according to the decision. The UEBT soil management register template includes fields to report about soil management and conditions and can be used for reporting.
DOCUMENTATION
Reporting where the implementation of practices is documented can be used as evidence to assess compliance. The UEBT soil management register template filled out can be used to assess compliance.
INTERVIEWS
Conversations with relevant informants explaining practices adopted can be used as evidence to assess compliance.
OBSERVATION
Witnessing the application of practices during audits can be used as evidence to assess compliance.
0 - Cultivation, wild collection and related activities do not contribute to conserve/improve soil stability and drainage
1 - Some practices are identified to conserve/improve soil stability and drainage but are not implemented
2 - Most of the practices identified are implemented by most of the field operators and OaS, are relevant to contribute to conserve/improve soil stability and drainage but some improvements can be done and/or the practices can be spread further
3 - All practices identified are implemented by all field operators and OaS and contribute to conserve/improve soil stability and drainage
N/A - in the justification, please explain why
ApplicabilityCultivation , OaS , Field operators
Producers, workers and other relevant actors have the skills to implement requirements in 2.3.1 through 2.3.6
Field operators and other relevant actors have access to knowledge that is useful for developing skills to apply the relevant cultivation and trade practices established according to 2.3. OaS shall provide or support the provision of relevant knowledge in the form of:
DOCUMENTATION
Training sections for field operators and other actors, with lists of attendees and topics, can be used as evidence to assess compliance. Training modules/guidance/manuals developed for field operators can be used as evidence to assess compliance. Registers where field visits to provide technical support to field operators and the implementation of practices is documented can be used as evidence to assess compliance.
INTERVIEWS
Conversations with field operators and other actors that provide insights on their knowledge and access to knowledge can be used as evidence to assess compliance.
OBSERVATION
Seeing field operators and other actors implementing the practices or attending knowledge sharing sections can be used as evidence to assess compliance.
0 - Field operators and other actors do not have skills required to implement practices according to 2.3
1 - Relevant skills and options for knowledge sharing are identified
2 - Most field operators and other actors have skills required to implement practices as per 2.3 and other are involved in activities for provision of knowledge (e.g. trainings, access to technical support)
3 - All field operators and other actors have skills required to implement practices according to 2.3 and access to relevant knowledge
N/A - in the justification, please explain why
Score 2 to be reached by second year
ApplicabilityCultivation , OaS , Field operators
Practices to conserve or improve soil and water conditions are assessed for performance and impact and adjusted with a view to continuous improvement, changing conditions, and/or addressing unintended negative effects
The implementation of practices as per 2.3.2, 2.3.3, 2.3.5, 2.3.6 is monitored annually.
The conditions of soil and water are assessed every three years. This can be done using internal monitoring systems and expertise or by commissioning external experts (e.g. universities/researchers). The UEBT BAP Monitoring tool can be used to report information on the progress in practices implementation and on the water and soil conditions. The monitoring is adequate when it provides knowledge for the adjustment of practices. Practices are changed when proven to be unsuitable to the context and not able to meet the expected results in terms of soil and water conditions.
OaS is responsible for the monitoring and for informing field operators and discussing with them the results and possible changes in practices.
EvidenceDOCUMENTATION
Studies or other assessments of water and soil conditions can be used as evidence to assess compliance. Registers and other monitoring tools where practices implementation is traced can be used as evidence to assess compliance. The UEBT BAP Monitoring tool filled out with progress in practices implementation and information on soil and water conditions can be used as evidence to assess compliance. Practices implementation plans updated after monitoring can be used as evidence to assess compliance.
INTERVIEWS
Conversations with relevant informants confirming the implementation of monitoring activities and changes in practice as a result of the monitoring can be used as evidence to assess compliance.
0 - No information on the implementation of practices as per 2.3.2, 2.3.3, 2.3.5, 2.3.6 and on the conditions of soil and water
1 - Information is available on the implementation of practices as per 2.3.2, 2.3.3, 2.3.5, 2.3.6 only and/or does not provide adequate knowledge to inform the adjustment of those practices
2 - Information is available on both implementation of practices as per 2.3.2, 2.3.3, 2.3.5, 2.3.6 and on the conditions of soil and water but only some of the needed adjustments to the practices are implemented
3 - Information is available on both implementation of practices as per 2.3.2, 2.3.3, 2.3.5, 2.3.6 and on the conditions of soil and water and all the needed adjustments to the practices are implemented or adjustments are not needed
N/A - in the justification, please explain why
Score 2 to be reached by third year
ApplicabilityCultivation & wild collection , OaS