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"regen:story": "Since its organic certification in 2006, Grgich Farms has been at the forefront of sustainable agriculture. In 2019, they integrated regenerative grazing practices, marking a significant shift towards holistic farming. This move not only enhanced soil and grape health but also reduced vineyard management costs.\nGrazing animals, especially sheep and cattle, play a pivotal role in this transformation. When managed effectively, grazing boosts underground carbon storage through mechanisms like root shedding and increased microbial activity. The waste from these grazers revitalizes the soil, enhancing nutrient cycling and reducing the reliance on synthetic fertilizers. Additionally, by lowering the density of fire-prone vegetation, grazing acts as a natural wildfire mitigation strategy. This practice also supports a diverse range of wildlife, fostering a balanced ecosystem. When thoughtfully integrated into cropping systems, grazing aids in drawing down carbon from the atmosphere, offering a solution to climate change, increasing resilience against drought, and naturally boosting agricultural productivity.\nA shining example of the potential of managed grazing is the Kaos Sheep Outfit in Lake County, CA. Part of the Fibershed producer network, this family-run company uses Australian Corriedale sheep in varied environments, from vineyards to golf courses. Kaos is enthusiastic about studies highlighting managed grazing's positive impact on soil health and carbon content, especially in mixed-crop settings. Such research can inspire more collaboration between ranchers, farmers, and shepherds, leading to innovative carbon farming solutions.\nHowever, challenges persist. Contract grazers like Kaos face financial pressures due to rising costs, threatening the sustainability of their invaluable work, even as its ecological benefits gain wider recognition.",
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"regen:storyTitle": "The Benefits of Contract Grazing For Vineyard Systems",
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"schema:description": "This project, in Rutherford, CA USA will use high-density, short-duration rotational targeted sheep grazing in vineyard systems to improve ecosystem functioning through active management of the soil and herbaceous cover in the vineyard understory. The project will use sheep grazing as noted below in section 1.15 Grazing Plan. This project is following the Methodology for Grazing in Vineyard Systems. ",
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"schema:creditText": "Paige Green Photography"
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Aug 7, 2023{“@type”: “regen:C04-CreditClass”,“@context”: {“xsd”: “http://www.w3.org/2001/XMLSchema#”,“regen”: “https://schema.regen.network#”,“schema”: “http://schema.org/”,“schema:url”: {“@type”: “schema:URL”},“regen:coBenefits”: {“@container”: “@list”},“regen:measuredGHGs”: {“@container”: “@list”},“regen:creditingTerm”: {“@type”: “schema:activityDuration”},“regen:ecosystemType”: {“@container”: “@list”},“regen:sectoralScope”: {“@container”: “@list”},“regen:lookbackPeriod”: {“@type”: “schema:activityDuration”},“regen:leakageApproach”: {“@container”: “@list”},“regen:permanencePeriod”: {“@type”: “schema:activityDuration”},“schema:itemListElement”: {“@container”: “@list”},“regen:landOwnershipType”: {“@container”: “@list”},“regen:eligibleActivities”: {“@container”: “@list”},“regen:monitoringFrequency”: {“@type”: “schema:frequency”},“regen:verificationMethods”: {“@container”: “@list”},“regen:additionalityApproach”: {“@container”: “@list”},“regen:verificationFrequency”: {“@type”: “schema:frequency”},“regen:offsetGenerationMethod”: {“@container”: “@list”}},“schema:url”: “https://library.regen.network/v/regen-registry-credit-classes/regen-registry-credit-classes-1/ruuts-credit-class-for-soil-carbon-sequestration-through-regenerative-grazing”,“schema:name”: “Ruuts Credit Class for Soil Carbon Sequestration through Regenerative Grazing”,“regen:coBenefits”: [“Water Infultration”,“Biodiversity”],“regen:measuredGHGs”: [“Carbon Dioxide (CO2)”,“Nitrous Oxide (NO2)”,“Methane (CH4)”],“schema:description”: “The Credit Class and its accompanying methodology provide farmers with a measuring and monitoring process for soil organic carbon sequestration in regenerative grazing systems, enabling them to generate carbon credits that also include robust ecological co-benefits such as water infiltration and biodiversity.”,“regen:creditingTerm”: “P10Y”,“regen:ecosystemType”: [“Pasture”,“Native Grasslands”,“Integrated Cro-Livestock (ICL)”],“regen:sectoralScope”: [“Livestock & Manure Management”],“regen:lookbackPeriod”: “P-14Y”,“regen:sourceRegistry”: {“schema:url”: “https://library.regen.network/v/regen-registry-guide/”,“schema:name”: “Regen Registry”},“regen:leakageApproach”: [“Activity Shifting Leakage”],“regen:permanencePeriod”: “P20Y”,“regen:landOwnershipType”: [“Public”,“Private”],“regen:aggregatedProjects”: true,“regen:bufferPoolAccounts”: {“@type”: “schema:ItemList”,“schema:itemListElement”: [{“schema:name”: “Credit Class (Pooled) Buffer Pool”,“regen:walletAddress”: “regen17pmq7hp4upvmmveqexzuhzu64v36re3w3447n7dt46uwp594wtpsuuh7f6”,“regen:poolAllocation”: “5%”}]},“regen:eligibleActivities”: [“Improved Grazing”,“Rotational Grazing”],“regen:monitoringFrequency”: “Annual”,“regen:verificationMethods”: [“Ruuts Internal Quality Assurance”,“Third-Party ISO 14064-3 Verification”],“regen:additionalityApproach”: [“Common Practice Analysis”,“Regulatory Additionality”],“regen:approvedMethodologies”: {“@type”: “schema:ItemList”,“schema:url”: “”,“schema:itemListElement”: [{“schema:url”: “https://library.regen.network/v/methodology-library/published-methodologies/ruuts-methodology-for-soil-carbon-sequestration”,“schema:name”: “Ruuts Protocol Soil Carbon Sequestration Methodology v1”,“schema:version”: “V1.0”,“schema:identifier”: “”}]},“regen:verificationFrequency”: “Five year”,“regen:offsetGenerationMethod”: [“Carbon Removal”],“regen:geographicApplicability”: “Global”}
Aug 7, 2023Ensure you have regen-ledger checked out at v5.0.0 Clone github.com/regen-network/cosmos-sdk into the parent directory of regen-ledger, and check out v0.46.7-regen-2 Update regen-ledger's go.mod: --- a/go.mod +++ b/go.mod @@ -170,7 +170,7 @@ require ( replace github.com/gogo/protobuf => github.com/regen-network/protobuf v1.3.3-alpha.regen.1
Jun 14, 2023Index.py This script currently (on a polling loop every ~1 second): queries block table in postgres to find last_processed_block queries blockchain to find latest_block_height iterates through each block height btw last_processed_block and latest_block_height, running process_block() to index each block into postgreswrites to: block, tx, msg, msg_event, msg_event_attr Some ETL process Keeping "retirements table" as our use case in mind...
Jun 6, 2023or
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