Crop rotation https://demo-water.devel5cph.eea.europa.eu/freshwater/admin/resources/nwrm-imported/nwrm-measures-catalogue/crop-rotation https://demo-water.devel5cph.eea.europa.eu/freshwater/admin/++resource++plone-logo.svg Crop rotation Title Crop rotation Description Preview image No image Preview image caption Creators fullname Laszlo Cseh Contributors fullname NWRM_measure Measure sector Agriculture Measure summary Crop rotation is the practice of growing a series of dissimilar/different types of crops in the same area in sequential seasons. Judiciously applied (i.e. selecting a suitable crop) crop rotation can improve soil structure and fertility by alternating deep-rooted and shallow-rooted plants. In turn this can reduce erosion and increase infiltration capacity, thereby reducing downstream flood risk. It gives various benefits to the soil. A traditional element of crop rotation is the replenishment of nitrogen through the use of green manure in sequence with cereals and other crops. Crop rotation also mitigates the build-up of pathogens and pests that often occurs when one species is continuously cropped. However, as crop rotation has been traditionally practiced for agronomic reasons rather than to achieve environmental and water objectives, new practices may be required to ensure water retention benefits can be achieved. Some crops such as potatoes carry greater risks of erosion due to formation of ridges and the greater area of bare soil (see for example: http://publications.naturalengland.org.uk/file/5925127770341376). Crop rotation can be used in combination with other measures when these are compatible with crop choice.http://publications.naturalengland.org.uk/file/5925127770341376 Possible benefits with level Benefits Level BP2 - Slow runoff Medium BP6 - Increase infiltration and/or groundwater recharge Medium BP7 - Increase soil water retention Medium BP8 - Reduce pollutant sources Medium BP9 - Intercept pollution pathways High BP10 - Reduce erosion and/or sediment delivery Low BP11 - Improve soils High BP17 - Absorb and/or retain CO2 Medium ES4 - Biodiversity preservation Low ES6 - Groundwater/aquifer recharge Medium ES7 - Flood risk reduction Low ES8 - Erosion/sediment control Low ES9 - Filtration of pollutants Medium ES11 - Aesthetic/cultural value Medium PO2 - Improving status of physico-chemical quality elements Medium PO4 - Improving chemical status and priority substances Low PO7 - Prevent surface water status deterioration Medium PO9 - Take adequate and co-ordinated measures to reduce flood risks Low PO11 - Better protection for ecosystems and more use of Green Infrastructure Medium PO12 - More sustainable agriculture and forestry Medium Case studies Water retention spaces, reforestation and grazing management in southern Portugal Other sector Biophysical impacts { "value": [ { "code": "BP2", "name": "BP2 - Slow runoff", "level": "Medium" }, { "code": "BP6", "name": "BP6 - Increase infiltration and/or groundwater recharge", "level": "Medium" }, { "code": "BP7", "name": "BP7 - Increase soil water retention", "level": "Medium" }, { "code": "BP8", "name": "BP8 - Reduce pollutant sources", "level": "Medium" }, { "code": "BP9", "name": "BP9 - Intercept pollution pathways", "level": "High" }, { "code": "BP10", "name": "BP10 - Reduce erosion and/or sediment delivery", "level": "Low" }, { "code": "BP11", "name": "BP11 - Improve soils", "level": "High" }, { "code": "BP17", "name": "BP17 - Absorb and/or retain CO2", "level": "Medium" } ] } Ecosystem services { "value": [ { "code": "ES4", "name": "ES4 - Biodiversity preservation", "level": "Low" }, { "code": "ES6", "name": "ES6 - Groundwater/aquifer recharge", "level": "Medium" }, { "code": "ES7", "name": "ES7 - Flood risk reduction", "level": "Low" }, { "code": "ES8", "name": "ES8 - Erosion/sediment control", "level": "Low" }, { "code": "ES9", "name": "ES9 - Filtration of pollutants", "level": "Medium" }, { "code": "ES11", "name": "ES11 - Aesthetic/cultural value", "level": "Medium" } ] } Policy objectives { "value": [ { "code": "PO2", "name": "PO2 - Improving status of physico-chemical quality elements", "level": "Medium" }, { "code": "PO4", "name": "PO4 - Improving chemical status and priority substances", "level": "Low" }, { "code": "PO7", "name": "PO7 - Prevent surface water status deterioration", "level": "Medium" }, { "code": "PO9", "name": "PO9 - Take adequate and co-ordinated measures to reduce flood risks", "level": "Low" }, { "code": "PO11", "name": "PO11 - Better protection for ecosystems and more use of Green Infrastructure", "level": "Medium" }, { "code": "PO12", "name": "PO12 - More sustainable agriculture and forestry", "level": "Medium" } ] } Measure code A03 Layout Blocks { "27274017-0e7b-402c-8edc-e5dd35a9d7c7": { "@type": "title" }, "a99c480d-7442-49f6-9a63-db358619b848": { "@type": "metadata", "data": { "id": "measure_code", "widget": "textarea" } }, "undefined": { "@type": "slate", "value": [ { "type": "p", "children": [ { "text": "" } ] } ], "plaintext": "" }, "92fa3ca4-3647-4e0d-877f-fd3004bb67ce": { "@type": "metadata", "data": { "id": "measure_sector", "widget": "string" } }, "f50440a7-3df3-4a28-abcf-592d72e62990": { "@type": "metadata", "data": { "id": "other_sector", "widget": "string" } }, "1417cc00-3bf0-4923-970a-e7a9986c271c": { "@type": "metadata", "data": { "id": "ecosystem_services", "widget": "json" } }, "259639fb-97b3-436e-b970-58b281aa5a19": { "@type": "metadata", "data": { "id": "biophysical_impacts", "widget": "json" } }, "36a81c44-c003-4a60-9867-549085764100": { "@type": "metadata", "data": { "id": "policy_objectives", "widget": "json" } }, "9c75adc1-5740-446a-872d-8716d8390176": { "@type": "metadata", "data": { "id": "case_studies", "widget": "relations" } }, "42de6295-3e42-40cb-8a71-7b3aa832a74c": { "@type": "slate" } } Blocks Layout { "items": [ "27274017-0e7b-402c-8edc-e5dd35a9d7c7", "a99c480d-7442-49f6-9a63-db358619b848", "92fa3ca4-3647-4e0d-877f-fd3004bb67ce", "f50440a7-3df3-4a28-abcf-592d72e62990", "1417cc00-3bf0-4923-970a-e7a9986c271c", "259639fb-97b3-436e-b970-58b281aa5a19", "36a81c44-c003-4a60-9867-549085764100", "9c75adc1-5740-446a-872d-8716d8390176", "42de6295-3e42-40cb-8a71-7b3aa832a74c" ] } EEA core metadata Topics Temporal coverage {} Geographical coverage {} Publisher Rights Other organisations involved Add sources for the data used {} Contents a3_-_crop_rotation.pdf Fields in crop rotation (USA) Source: http://www.conewagoinitiative.net/practices/farm/1296-2
Crop rotation https://demo-water.devel5cph.eea.europa.eu/freshwater/admin/resources/nwrm-imported/nwrm-measures-catalogue/crop-rotation https://demo-water.devel5cph.eea.europa.eu/freshwater/admin/++resource++plone-logo.svg Crop rotation Title Crop rotation Description Preview image No image Preview image caption Creators fullname Laszlo Cseh Contributors fullname NWRM_measure Measure sector Agriculture Measure summary Crop rotation is the practice of growing a series of dissimilar/different types of crops in the same area in sequential seasons. Judiciously applied (i.e. selecting a suitable crop) crop rotation can improve soil structure and fertility by alternating deep-rooted and shallow-rooted plants. In turn this can reduce erosion and increase infiltration capacity, thereby reducing downstream flood risk. It gives various benefits to the soil. A traditional element of crop rotation is the replenishment of nitrogen through the use of green manure in sequence with cereals and other crops. Crop rotation also mitigates the build-up of pathogens and pests that often occurs when one species is continuously cropped. However, as crop rotation has been traditionally practiced for agronomic reasons rather than to achieve environmental and water objectives, new practices may be required to ensure water retention benefits can be achieved. Some crops such as potatoes carry greater risks of erosion due to formation of ridges and the greater area of bare soil (see for example: http://publications.naturalengland.org.uk/file/5925127770341376). Crop rotation can be used in combination with other measures when these are compatible with crop choice.http://publications.naturalengland.org.uk/file/5925127770341376 Possible benefits with level Benefits Level BP2 - Slow runoff Medium BP6 - Increase infiltration and/or groundwater recharge Medium BP7 - Increase soil water retention Medium BP8 - Reduce pollutant sources Medium BP9 - Intercept pollution pathways High BP10 - Reduce erosion and/or sediment delivery Low BP11 - Improve soils High BP17 - Absorb and/or retain CO2 Medium ES4 - Biodiversity preservation Low ES6 - Groundwater/aquifer recharge Medium ES7 - Flood risk reduction Low ES8 - Erosion/sediment control Low ES9 - Filtration of pollutants Medium ES11 - Aesthetic/cultural value Medium PO2 - Improving status of physico-chemical quality elements Medium PO4 - Improving chemical status and priority substances Low PO7 - Prevent surface water status deterioration Medium PO9 - Take adequate and co-ordinated measures to reduce flood risks Low PO11 - Better protection for ecosystems and more use of Green Infrastructure Medium PO12 - More sustainable agriculture and forestry Medium Case studies Water retention spaces, reforestation and grazing management in southern Portugal Other sector Biophysical impacts { "value": [ { "code": "BP2", "name": "BP2 - Slow runoff", "level": "Medium" }, { "code": "BP6", "name": "BP6 - Increase infiltration and/or groundwater recharge", "level": "Medium" }, { "code": "BP7", "name": "BP7 - Increase soil water retention", "level": "Medium" }, { "code": "BP8", "name": "BP8 - Reduce pollutant sources", "level": "Medium" }, { "code": "BP9", "name": "BP9 - Intercept pollution pathways", "level": "High" }, { "code": "BP10", "name": "BP10 - Reduce erosion and/or sediment delivery", "level": "Low" }, { "code": "BP11", "name": "BP11 - Improve soils", "level": "High" }, { "code": "BP17", "name": "BP17 - Absorb and/or retain CO2", "level": "Medium" } ] } Ecosystem services { "value": [ { "code": "ES4", "name": "ES4 - Biodiversity preservation", "level": "Low" }, { "code": "ES6", "name": "ES6 - Groundwater/aquifer recharge", "level": "Medium" }, { "code": "ES7", "name": "ES7 - Flood risk reduction", "level": "Low" }, { "code": "ES8", "name": "ES8 - Erosion/sediment control", "level": "Low" }, { "code": "ES9", "name": "ES9 - Filtration of pollutants", "level": "Medium" }, { "code": "ES11", "name": "ES11 - Aesthetic/cultural value", "level": "Medium" } ] } Policy objectives { "value": [ { "code": "PO2", "name": "PO2 - Improving status of physico-chemical quality elements", "level": "Medium" }, { "code": "PO4", "name": "PO4 - Improving chemical status and priority substances", "level": "Low" }, { "code": "PO7", "name": "PO7 - Prevent surface water status deterioration", "level": "Medium" }, { "code": "PO9", "name": "PO9 - Take adequate and co-ordinated measures to reduce flood risks", "level": "Low" }, { "code": "PO11", "name": "PO11 - Better protection for ecosystems and more use of Green Infrastructure", "level": "Medium" }, { "code": "PO12", "name": "PO12 - More sustainable agriculture and forestry", "level": "Medium" } ] } Measure code A03 Layout Blocks { "27274017-0e7b-402c-8edc-e5dd35a9d7c7": { "@type": "title" }, "a99c480d-7442-49f6-9a63-db358619b848": { "@type": "metadata", "data": { "id": "measure_code", "widget": "textarea" } }, "undefined": { "@type": "slate", "value": [ { "type": "p", "children": [ { "text": "" } ] } ], "plaintext": "" }, "92fa3ca4-3647-4e0d-877f-fd3004bb67ce": { "@type": "metadata", "data": { "id": "measure_sector", "widget": "string" } }, "f50440a7-3df3-4a28-abcf-592d72e62990": { "@type": "metadata", "data": { "id": "other_sector", "widget": "string" } }, "1417cc00-3bf0-4923-970a-e7a9986c271c": { "@type": "metadata", "data": { "id": "ecosystem_services", "widget": "json" } }, "259639fb-97b3-436e-b970-58b281aa5a19": { "@type": "metadata", "data": { "id": "biophysical_impacts", "widget": "json" } }, "36a81c44-c003-4a60-9867-549085764100": { "@type": "metadata", "data": { "id": "policy_objectives", "widget": "json" } }, "9c75adc1-5740-446a-872d-8716d8390176": { "@type": "metadata", "data": { "id": "case_studies", "widget": "relations" } }, "42de6295-3e42-40cb-8a71-7b3aa832a74c": { "@type": "slate" } } Blocks Layout { "items": [ "27274017-0e7b-402c-8edc-e5dd35a9d7c7", "a99c480d-7442-49f6-9a63-db358619b848", "92fa3ca4-3647-4e0d-877f-fd3004bb67ce", "f50440a7-3df3-4a28-abcf-592d72e62990", "1417cc00-3bf0-4923-970a-e7a9986c271c", "259639fb-97b3-436e-b970-58b281aa5a19", "36a81c44-c003-4a60-9867-549085764100", "9c75adc1-5740-446a-872d-8716d8390176", "42de6295-3e42-40cb-8a71-7b3aa832a74c" ] } EEA core metadata Topics Temporal coverage {} Geographical coverage {} Publisher Rights Other organisations involved Add sources for the data used {} Contents a3_-_crop_rotation.pdf Fields in crop rotation (USA) Source: http://www.conewagoinitiative.net/practices/farm/1296-2