Agroinsurance.com

19/11/2024

Planet : Revolutionizing With Data: Insights for 2025.

Join us for live webinar on December 3, 2024 at 16:00 CET to hear from experts at AXA Climate, SwissRe, GreenTriangle, Suyana, and Planet on:
- key updates from the 2024 growing season;
- tracking , , and damage in real time;
- real-world examples of how satellite data is improving and accuracy; and
- the latest for agriculture insurance.

It’s only 45 minutes and a great opportunity to stay ahead. today to secure your spot or to be sent the recording afterward!

Follow the link to your :

Os sistemas de integração lavoura-pecuária (ILP) têm sido adotados no Brasil como uma abordagem pioneira para garantir sustentabilidade econômica e ambiental na produção agropecuária.

16/08/2024

Mealworm farming, the cultivation of beetle larvae, offers a sustainable alternative to traditional livestock farming. Mealworms require less space, emit lower CO2 levels, and consume fewer resources per kilogram of protein produced. They thrive in environments with specific conditions: ideal humidity levels between 50%-70% to prevent eggs from drying out or being damaged by mold, and temperatures between 25°C and 31°C to optimize growth.

Proper ventilation is crucial to avoid CO2 buildup, which can slow larval growth or even cause suffocation. Modern mealworm farms often use sensors to monitor CO2, temperature, and humidity, ensuring optimal conditions. These sensors can trigger alarms when conditions fall outside the desired range, allowing for immediate adjustments.

Mealworms are typically raised in stacked trays, feeding on wheat bran, which serves both as their food source and breeding substrate. As the larvae mature, they are harvested, and the cycle continues with adult beetles laying eggs in the same substrate.

By incorporating remote monitoring and real-time data collection, farmers can maximize efficiency and productivity, making mealworm farming an increasingly viable option for sustainable protein production.


Photo credits: www.breedinginsects.com

09/08/2024

A zero-waste rice-based farming system is a sustainable approach that minimizes waste and maximizes resource efficiency by repurposing all by-products of rice cultivation. This method creates a closed-loop system where every output is used, enhancing both environmental sustainability and economic viability.

Rice straw, often burned and causing air pollution, is instead used as mulch in a zero-waste system. It retains soil moisture, suppresses weeds, and boosts soil fertility. Additionally, it can be composted or used as animal feed, converting waste into valuable resources.

Rice husks can be transformed into biochar, which improves soil health and sequesters carbon. They also serve as a renewable energy source or can be processed into organic fertilizers and growing media for mushrooms.

Integrating livestock is key in recycling nutrients. Livestock graze on crop residues, and their manure enriches the soil, reducing the need for chemical inputs.

Water management practices, such as alternate wetting and drying (AWD), conserve water and cut methane emissions. Rainwater harvesting and wastewater reuse further enhance water efficiency.

Crop diversification, including intercropping rice with legumes or vegetables, improves soil health, mitigates pest risks, and provides additional income. Composting organic waste reduces reliance on synthetic fertilizers, fostering a more sustainable and productive farm.


Photo credits: Climate Smart Agriculture for the Small-Scale Farmers in the Asean and Pacific Region (pp.53-66)Publisher: National Agriculture and Food Research Organization, Tsukuba , Japan

02/08/2024

Agrovoltaic farming is an innovative approach that integrates solar energy production with crop cultivation or livestock grazing on the same land. This dual-use system maximizes land efficiency and offers numerous benefits for both energy production and agriculture.

One of the primary advantages of agrovoltaic farming is enhanced land-use efficiency. Agrovoltaic systems can increase land-use efficiency by up to 186% compared to using land separately for agriculture and solar power generation. This allows for the simultaneous use of land for solar energy production and agriculture, optimizing resources and making more efficient use of available space.

In addition to land-use efficiency, agrovoltaic farming also improves livestock welfare. Studies have shown that sheep in agrovoltaic farms spend up to 70% of their time in the shade provided by solar panels. This cooler environment leads to increased comfort for the animals and encourages them to graze more, potentially increasing grazing time by 10%.

Water conservation is another significant benefit of agrovoltaic farming. The shade from solar panels reduces water evaporation from the soil by up to 29%, which is particularly beneficial in arid regions. This conservation of water helps maintain soil moisture, improving crop resilience and reducing the need for irrigation.

Finally, agrovoltaic farms can boost economic value by more than 30%. The integration of solar panels creates additional revenue streams from energy production while also protecting crops from extreme weather, leading to higher overall farm productivity.


Video credits: weforum.org

26/07/2024

Edible forest gardens are a sustainable farming practice that mimics natural forest ecosystems to produce food. By integrating diverse plant species in a layered system, these gardens create a self-sustaining environment with minimal human intervention. Trees, shrubs, perennials, and ground covers are selected for their complementary roles, providing food, habitat, and nutrient cycling.

The benefits of edible forest gardens are significant. They enhance biodiversity, improve soil health, and increase resilience to climate change. By fostering symbiotic relationships between plants, edible forest gardens reduce the need for synthetic fertilizers and pesticides. They also sequester carbon, contributing to climate change mitigation.

Creating an edible forest garden involves careful planning and selection of plant species suited to the local climate and soil conditions. It typically includes fruit and nut trees, berry bushes, perennial vegetables, herbs, and nitrogen-fixing plants. These gardens are designed to be low-maintenance, relying on natural processes to thrive.

Edible forest gardens not only provide a sustainable source of food but also offer habitat for wildlife and recreational space for people. They exemplify permaculture principles in action, promoting harmony between humans and nature.


Photo credits: www.gardensillustrated.com

28/06/2024

Nanoclay agriculture is an innovative technique transforming deserts into fertile farmland. This process involves spraying a mixture of clay and water, known as Liquid Nanoclay, onto sandy soils. The nanoclay particles bind with the sand, creating a structure that retains water and nutrients, enabling crop growth in arid regions.

One remarkable success story is the Greening the Desert initiative in the Arabian Desert, where barren landscapes have been converted into productive farmland using nanoclay. This method not only boosts food production but also addresses challenges like desertification and climate change.

Nanoclay agriculture offers numerous benefits. It enhances soil fertility, increases water retention, and reduces the need for chemical fertilizers. Moreover, it is a sustainable solution to global food security issues, allowing for agriculture in regions previously deemed unsuitable for farming.

Implementing nanoclay technology requires careful planning and investment, but the potential rewards are substantial. By transforming arid lands into productive agricultural areas, nanoclay agriculture provides a promising approach to sustainable farming and environmental restoration.


Photo credits: www.statnano.com

21/06/2024

Silvopasture is a sustainable land management practice that integrates trees, livestock, and forage crops on the same land, fostering mutual benefits. This system creates a symbiotic relationship where trees provide shade and protection for animals, reducing stress and improving welfare. In return, animal waste fertilizes the soil, enhancing its fertility.

The benefits of silvopasture are numerous. Trees in this system enhance biodiversity, improve soil health, and sequester carbon, helping to mitigate climate change. Forage plants grow beneath the tree canopy, providing nutritious feed for livestock. Additionally, farmers can diversify their income by harvesting tree products such as fruit, nuts, and timber.

Silvopasture is particularly effective in areas prone to extreme weather. The tree canopy helps to moderate temperatures and protect animals from harsh conditions, while the diverse plant cover improves water infiltration and retention in the soil. Establishing a silvopasture system requires careful planning and management, but the rewards are significant. It offers a sustainable way to enhance productivity, promote animal welfare, and protect the environment.


Photo credits: www.treehugger.com, www.civilsdaily.com

19/06/2024

took place on June 3-5th, 2024 in Belgrade, Serbia. The conference was attended by 75 participants and speakers from 22 countries representing 47 companies and international organizations.

Conference was focused on:
• Regional market overview in , , Central and ;
• Insurability of complex / systemic risks – adjusting to a “new normal” for spring and ;
• Spring frost insurance – aspects of and -based solutions;
• Application of earth-observation for enhancing agricultural insurance and disaster risk management programs.

Conference deck is provided to all registered participants. Other interested companies and individuals can the set of presentations and other materials for a . For inquiries, please refer to: [email protected]

Read more:

14/06/2024

Saltwater agriculture is revolutionizing how we think about farming in coastal and arid regions. This innovative technique involves cultivating crops that thrive in high salinity environments, offering a sustainable solution where freshwater resources are scarce.

One of the standout crops in saltwater agriculture is Salicornia, a hardy halophyte that flourishes in salty soils and seawater. Also known as sea asparagus or glasswort, Salicornia is not only a resilient plant but also a nutritious one, rich in vitamins, minerals, and antioxidants. It can be used in salads, pickled, or even as a component in animal feed.

The benefits of saltwater agriculture extend beyond just crop production. By utilizing seawater, farmers can conserve precious freshwater resources, which are increasingly under pressure due to climate change and population growth. Additionally, these salt-tolerant crops can help rehabilitate degraded and saline soils, improving land productivity over time.

Innovations in saltwater agriculture are being driven by research and development in regions like the Middle East, where water scarcity is a pressing issue. Initiatives such as the cultivation of Salicornia in the UAE demonstrate the potential for large-scale implementation of this technique.

Saltwater agriculture represents a forward-thinking approach to sustainable farming, turning the challenge of salinity into an opportunity for agricultural expansion and resilience in the face of a changing climate.


Photo credits: www.euronews.com

08/06/2024

It was great to meet with our dear friends last week in Serbia. By the way, the conference was a huge success

03/06/2024

Our conference has started. This time in Belgrade, Serbia. Great presentations, excellent mix of participants - insurers, reinsurers, risk consultants, development organisations a nd new technology providers. We are there for 3 days with the last day to visit local farmers

17/05/2024

At Peconic Escargot on the North Fork, snails are carefully raised to produce both escargots and snail caviar. Launched two years ago by chef Taylor Knapp, this unique farm houses snails in large plastic tubs with air holes, fresh greens, and dirt for laying eggs. The facility, located in a greenhouse on the Peconic Land Trust grounds in Cutchogue, supports between 50,000 to 70,000 snails at any time.

Each week, the largest snails are selected for harvest. These snails undergo a purging process, where they are fed specific greens and grains to cleanse their systems. Once purged, the snails are shipped fresh and raw to restaurants. Restaurant orders can range from 2,000 to 5,000 snails per week.

In addition to escargots, Peconic Escargot has introduced snail caviar, a product that took two years to develop. Only 20 to 30 percent of the snail eggs are harvested, rinsed, and cured in salt brine. The resulting caviar has a thicker skin and a mildly salty, earthy flavor, reminiscent of mushrooms.

Peconic Escargot's innovative farming methods have garnered interest from chefs and culinary enthusiasts, highlighting the unique and sustainable approach to snail farming on the North Fork.


Photo credits: www.peconicescargot.com