Category Archives: Case Study

Forest Management

Forest Management

Summary

The forest management demonstration plots of the Pasaules dabas fonds (associate partner of WWF Latvia) have different owners, but their views on the forest are similar.
Here, forest owners work for the benefit of the present values while retaining the ability to exploit the vast forest values of tomorrow. There are three demonstration areas:
• “Kalna Gavniesi” in Skujene parish, Amata municipality of Vidzeme region;
• “Lejas Kleperi” in Launkalne parish, Smiltene municipality of Vidzeme region;
• “Pūpoli“, the territory forms the farm “Pūpoli” in Kurmene parish, Vecumnieki municipality and the farm “Alksnāji” in Mazzalve parish, Nereta municipality, and the farm “Renderi’ in Jaunjelgava parish, Jaunjelgava municipality of Zemgale region.

The demonstration areas differ in size, forest stand and natural conditions. Through contractual agreements (cooperation) with forest owners on a voluntary basis, seminars and internships are organized for other forest owners, students, etc. to maintain the forest and not to cut down all trees, to manage the forest in an environmentally friendly way and also to achieve economic benefits. There are about 5-10 events per year with a total number of 200-300 participants.

Purpose

  • To promote responsible and honest management of privately-owned forests in Latvia.

Objectives

  • To improve the knowledge of forest owners about responsible forest management;
  • To ensure the distribution of demonstration territory experience and management practice in private-owned forests.

Public Goods

(Farmland) biodiversity
(Farmland) biodiversity
Forest Management
Forest Management

Problem description

Balancing social and economic needs with nature is a challenge. The effects of climate change need to be reconciled with the characteristics of today’s market, the growing demand for wood, the preservation of biodiversity and the necessary green solutions for energy supply. Society’s needs for forests are also growing. These – the challenges of the past decade – must be addressed in a multi purpose forestry program. The education system of the forest owners, the forest workers, shall ensure the acquisition of knowledge about the adaptation of forests as a natural system and economic activity to the processes and characteristics of the natural system. Knowledge of the wide range of forest ecosystem services, public interest and business sector responsibilities. It is from the nature of the natural forest ecosystem and the public interest that the goods and services on which Latvia’s forests are based, and on what value, should be derived. Without denying the role of wood as a renewable natural resource in the economy, it is necessary to find a compromise in forest management – balancing social and economic needs with what is happening innature. It is wrong to regard forests as agricultural crops, thus equating forest management models. The average risk of forest damage is higher in silvicultural forestry than with continuous cover or selective cutting methods in forestry. Types of risk include fungal diseases, malnutrition, strong winds and rodent damage. However, the calculations of the likelihood of risk vary considerably. This is due to the fact that in the clearcut management method, the money invested to create and maintain new stands after clearing will not be recovered until the forest is felled and the timber is sold.

“Carta del Mulino” – Barilla

“Carta del Mulino” – Barilla

Summary

With the “Carta del Mulino”-program a value chain contract solution has been introduced for the farmers that supply Barilla’s bakery brand Mulino Bianco with soft wheat. Farmers have to respect ten rules, (defined together with WWF, UNITUSCIA and UNIBO) that affect their way of production. These rules are: ISCC PLUS certification to preserve biodiversity, crop rotation, a minimum percentage of area allocated to flowers, specific variety selection, certified seeds, no use of neonicotinoids, no use of glyphosate, segregation and traceability of the lots, lots’ storage separated from other production, added value distributed along the supply-chain. The contracts are signed by the mills, elevators, farmers and any trader if there are, but Barilla is purchasing only such certified products for the specific production lines described above.

Objectives

Increase in animal and plant biodiversity, quality products and support of farming communities

Public Goods

Rural viability and vitality
Rural viability and vitality
(Farmland) biodiversity
(Farmland) biodiversity
“Carta del Mulino” – Barilla
“Carta del Mulino” – Barilla

Problem description

Consumer preferences have reoriented toward environmentally friendly products, safety, and traceability. To deal with this change, Barilla has implemented a contract solution that links the delivery of soft wheat for the production of bread and flour confectionery (e.g. biscuits) to the provision of agri- environmental public goods.

Carbery Greener Dairy Farms CGDF

Carbery Greener Dairy Farms CGDF

Summary

Greener Dairy Farms TM is a dairy efficiency contract solution introduced by Carbery Group (a global leader in food ingredients, flavours and cheese) and Teagasc (state body which provides research, advisory and training to the agricultural and food sector in Ireland) to measure, monitor and optimise resource allocation and best practice in environmental sustainability on the dairy farm. The programme was set up in 2012, starting with 12 dairy farmers and now extends to 62 dairy farmers, all of whom are members of the cooperatives that own Carbery. Each farm has been assessed for carbon footprint, water and energy usage and soil fertility and a baseline created. Based on this assessment, various environmental efficiency measures have been introduced to improve performance and achieve financial savings. The programme was based on a previous European project called the Dairyman Project, where 120 dairy farmers in 10 regions of North West Europe which focused on farm resource efficiencies and management. Carbery was the first to start such an endeavour in Ireland. While all the farms are not adjacent to each other, they are all located within a relatively small territorial area.

Objectives

The overall purpose of the project is to raise the awareness of sustainable dairy production methods among Carbery suppliers and to highlight areas where gains in terms of productivity could be made by monitoring farms within the catchment. The specific objectives are:

  • To develop a baseline footprint for carbon, energy and water usage and soil fertility and to carry out an initial biodiversity assessment;
  • To establish where efficiencies could be made by devising a management plan with the farmer,
  • To disseminate the learnings.

Public Goods

Climate regulation - carbon storage
Climate regulation – carbon storage
Water Quality
Water Quality
(Farmland) biodiversity
(Farmland) biodiversity
Farm animal health and welfare
Farm animal health and welfare
Soil quality (and health)
Soil quality (and health)
Carbery Greener Dairy Farms CGDF
Carbery Greener Dairy Farms CGDF

Problem description

Carbery Greener Dairy FarmsTM was initiated by the sustainability department of Carbery Group Ltd in 2012. There was recognition that environmental pressures were going to increase in conjunction with the planned growth in herd sizes in response to the removal of the EU milk quota in 2015. The sustainability team recognised that there was a need to balance this growth with on-farm sustainability measures. In conjunction with Teagasc (the state body for research, advisory and training services to the agricultural and food sector), the programme was developed. While based on the Dairyman Project in Europe, which focused on strengthening rural communities by improving farm resource management in a profitable way, Carbery was the first to initiate such a project in the dairy sector in Ireland.

ECO-METHANE – Rewarding dairy farmers for low GHG emissions in France

ECO-METHANE – Rewarding dairy farmers for low GHG emissions in France

Summary

The Eco-Methane program is a private-private result-based contractual solution. Methane emissions of dairy cows are estimated by frequent and regular infra-red analysis of their milk. Indeed, there is a correlation between an equilibrated feed ration, the composition of milk fatty acid and the emission of enteric gas (methane) by dairy cows. Farmers‘ payments depend on the difference in their methane emissions to a regional reference. They also depend on the donations by private companies to support their effort. Funds are collected by the Bleu-Blanc-Coeur fund for health-oriented agriculture and payments granted by the private association “Bleu-Blanc-Coeur” that also governs a food brand based on better animal nutrition for heathier human food.

The Eco-Methane method has been recognized by the French Ministry of Ecology in 2011 and by the United Nations in 2012, as a specific methodology for projects of methane emissions reductions of digestive origin trough the feed of dairy ruminants.

Objectives

  • Reduce GHG emissions
  • Increase zootechnical performances of the dairy cattle

Public Goods

Climate regulation - carbon storage
Climate regulation – carbon storage
ECO-METHANE – Rewarding dairy farmers for low GHG emissions in France
ECO-METHANE – Rewarding dairy farmers for low GHG emissions in France

Problem description

Animal breeding contributes for 14,5% of global GHG emissions (FAO) and on a dairy farm, the methane emitted by cows represents more than 50% of the + total GHG emissions of the farm. This contract solution was implemented in France with the initiative of a feed company and the association Bleu-Blanc-Coeur. Bleu- Blanc-Coeur is a label that focuses on the nutritional benefits of consuming products from animals fed with omega-3 rich feed ration. Furthermore, there is a correlation between an equilibrated feed ration, the composition of milk fatty acid and the emission of enteric gas (methane) by dairy cows. They have used the program Eco-Methane to encourage dairy farmers that could not be involved in their label (due to a lack of local adapted structures) to adopt practices that would reduce their methane emissions. The Eco-Methane method has been recognized by the French Ministry of Ecology in 2011 and by the United Nations in 2012, as a specific methodology for projects of methane emissions reductions of digestive origin trough the feed of dairy ruminants.

Pasture bank – a platform for pasture leasing

Pasture bank – a platform for pasture leasing

Summary

Pasture bank is a platform through which the landowners and the domestic animal herders can find each other and agree a land-tenure contract for leasing pastures or grazing animals. Increasing grazing of underutilized pastures can improve biodiversity, landscape and animal welfare. Besides a contract model, pasture bank offers information about pastures, herding animals (domestic sheep, cows, horses) and services available for all interested partners around the country. The amount and direction of money transferred varies case-by-case; either the animal herder pays for wild pastures, or the landowner who leases grazing animals pays for the herder. The contracts are made between private entrepreneurs, but also municipalities and other organizations can offer their land for animal herders. Pasture bank was initiated in 2005, and during this time the amount of written contracts has increased. There are around 150 announcement every year (including both animals and pastures).

Objectives

  • Increase co-operation between pasture owners and animal herders;
  • Increase biodiversity of the underutilized pastures;
  • Keep landscape open by grazing;
  • Promote animal welfare by using wild pastures.

Public Goods

Landscape and scenery
Landscape and scenery
(Farmland) biodiversity
(Farmland) biodiversity
Farm animal health and welfare
Farm animal health and welfare
Pasture bank - a platform for pasture leasing
Pasture bank – a platform for pasture leasing

Problem description

The amount of grazing animals has decreased locally, since the number of farmers has decreased and the amount of livestock of a single farmer has increased. Therefore, some domestic animal herders may need more pastures than they own. On the other hand, some of the pastures that have been developed during the hundreds of years in the rural areas have been abandoned and they have become covered with forest. The pastures that are still existing are underutilized and have declined in biodiversity (and at landscape levels). Increasing grazing would promote biodiversity, for example, the amount of plants, insects, butterflies and birds. Nowadays, pastures with grazing animals are wanted also for the landscape and recreation. Pastures around towns or cities provide recreation possibilities for the nearby citizens. In order to improve the pasture characteristics, the landowners could offer their underutilized areas for herders. However, there hasn’t been a platform through which the landowners and herders could meet. Also, there has been a great need for information about the contents of contract between landowner and herder. The pasture bank platform was initiated by Rural Women’s Advisory Organisation together with ProAgria which is a Finnish expert organization providing an extensive network of specialists and a wide range of services to rural entrepreneurs.

Integrated production in the olive groves

Integrated production in the olive groves

Summary

With the integrated production program, sustainable agriculture in Andalusia has been promoted. The statistics offered by the regional government show that participation in this measure has been increasing over the past few years. Specifically, in the olive grove sector, there is a lot of competition. “Integrated production” provides the farmer with a sustainability brand that is usually linked to a better market price. The contract can be made directly with the administration or through cooperatives that manage various farms (minimum 5). As added value, the use of earth observation techniques allow the monitoring of Soil Organic Carbon (SOC) under different crop management increasing the soil quality and the mitigation of climate change impacts.

Objectives

  • Preservation of soil conservation and biodiversity associated.
  • Monitoring Soil Organic Carbon under different crop management
  • Improving visibility of integrated production as a system provider of multiple lasting AECPGs.

Public Goods

Soil quality (and health)
Soil quality (and health)
Climate regulation - carbon storage
Climate regulation – carbon storage
Integrated production in the olive groves
Integrated production in the olive groves

Problem description

The regional administration provides information on the use and application of different amendments based on expert knowledge and pest risk forecasts. The objective was to obtain a product of both environmental and social quality by granting the integrated production brand. The different crop management have different impact on soil organic carbon. The evaluation process is based on Carbosoil model, developed with 16 soil types and more than 1600 soil profiles in order to predict the soil capacity for carbon sequestration in Mediterranean areas. The novelty in the present case study is developing a control-carbon soil map at a detailed scale for the 0-25 cm soil section, and identifying the impact of crop management on soil organic carbon through earth observation techniques.
For that, olive groves under different soil types and crop management will be selected and monitored for estimate the crop management impact on soil organic carbon.