How can you minimize crop loss due to weather events?

It is important to adapt your planting and sowing days accordingly. In many cases, an appropriate planting date can help the farmer exploit the early spring rainfalls more efficiently (for example), giving their plants a good start and accelerating their growth. Similarly, a later planting date in a frost-prompt area can help the plants escape the fatal low temperature. However, we should keep in mind that the planting date and the lifecycle length of the crop/variety selected can help the farmer harvest in time and escape dangerous conditions that could lead to crop losses. These could be early winter frosts, summer heat waves, or even conditions creating a favorable environment for crop enemies (e.g., pests and pathogens).

Minimizing crop loss due to weather events involves strategic planning and understanding of natural ecosystems. This includes designing diverse, multi-strata agricultural systems that mimic natural forests, providing resilience against adverse weather. Planting a variety of species with different growth cycles and requirements creates a buffer, as some plants will thrive under certain conditions while others may struggle. Utilizing trees and shrubs as windbreaks and to regulate microclimates, along with improving soil health for better water retention and drainage, also helps mitigate weather impacts. By anticipating and adapting to the diversity of nature, Syntropic Farming enhances the farm's overall resilience to weather fluctuations.

Out on the volatile periphery & outlying frontier, beyond insurance & government relief, it also helps to have contingencies in place: backup sites, next generations already planted & growing up behind, living genetic repositories & refugia, nursery containers & start trays, scions & seed, lined up ready to step up.

This is the first and the most important step to mitigate impact of extreme weather. Let me talk about paddy crop and how we managed it so that things fall in perspective. 1) You need to figure out if you need upland or lowland varieties. 2) Plan and clean both irrigation and drainage channels well in advance. 3) Make narrow and long beds as they are easier to fill and drain. 4) Make way for water.

Implemente sistemas de monitoramento meteorológico que forne?am informa??es em tempo real sobre as condi??es climáticas locais. Utilize esta??es meteorológicas, satélites e aplicativos especializados para acompanhar dados como temperatura, umidade, vento e previs?es de chuva. Além disso: - Alertas Antecipados: em especial para mudan?as climáticas - Integra??o Tecnológica: calibra??o de análise preditiva - Rede de Sensores: maior coleta de dados Ao investir em monitoramento meteorológico avan?ado, os agricultores podem antecipar eventos climáticos adversos, permitindo a implementa??o de estratégias proativas para proteger as safras, como ajustes no cronograma de irriga??o, prote??o de culturas sensíveis e outras medidas mitigadoras.

Monitoring crops is hygiene factor and so should be the field and weather. If you know what the weather is going to be like you can plan head, however, OTHER ASPECTS TO CONSIDER ARE: 1) Give way to water. 2) Identify area or patches that remain dry or where there's water logging. 3) Identify trees for pruning as lop-sided trees are more prone to fall so make sure they're well balanced. 4) You should know the direction of winds and should have adequate wind-breaks if required. 5) If in hills monitor the slopes and greadients and provide support wherever required. 6) Gavion walls need to be inspected. 7) If using hail nets make such that the poles and braces are strong enough.

The most effective solution we've found is to adopt new input protocols. Using complex biostimulants - not just single source ones - is proven to protect against abiotic stresses including weather events. The right products can help crops last far longer through droughts, develop significant root systems earlier in the growth cycle which enable them to have greater resilience in extreme conditions. An added advantage of complex biostimulant adoption is that often farmers and growers can reduce their traditional inputs - including nitrogen - which saves them money too. The EBIC organisation is also now reporting that these biostimulants are helping aid better soil health too.

Today there is a plethora of options available for farming. 1) Mulches: Use mulch judiciously as you can use mulch to: a) Prevent weeds and conserve moisture. b) They may also be used as liners to improve drainage. c) In crops are like strawberry it acts a barrier between the fruit and the ground. 2) Cover crops They are a great way to reduce run-off and erosion. 3) Slow/ sustained release fertilizers and microbial products in general give better plant health and tolerance. 4) Hydrogel Hydrogels can be used for a) Conserving soil moisture. b) Mitigating effect of water logging. c) Reducing run-off and slides. d) They regulate moisture for better crop and soil microbial growth.

Syntropic Farming naturally protects and adapts crops to weather changes by creating diverse, resilient ecosystems. Instead of relying heavily on external technologies, it uses strategic plant arrangements, like canopy layering and ground cover, to regulate microclimates and maintain soil moisture. Trees in the system provide natural shading and wind protection. Improving soil health through organic matter ensures better water retention and drainage. Unlike crop rotation, Syntropic systems use continuous plant diversity and strategic pruning to adjust growth cycles, enhancing resilience. This approach aligns with natural cycles, reducing stress from weather events and bolstering crop quality and yield sustainably.

When nothing works, crop insurance is the last line of defence. Crop insurance is highly subsidised and more farmers should adopt it. Insurance companies follow a simple rule. The more the better. It's simply many fortunate supporting few less fortunate. Ther maybe some deficiencies in the system but they are bound to be resolved as the system grows.

insurance is the one-stop-shop to protect your profit. on the other hand insurance contracts and conditions are very technical and tricky. best way is to study insurance contracts and conditions and define your coverage with a cost-loss strategy. consider that desease related to wheter events that that cause crop loss are not covered by insurance

The single most important thing to make sure you are not on the receiving end of climate change - is diversify+biologicals. Soil health must be built. Research shows that high organic carbon, Low Synthetic Nitrogen, High soil microbe diversity, good plant health (stress free plants) and multicropping builds incredible climate resilience. Biologicals will increasingly hold the key to make sure that the crop losses are minimum in the face of climate change. Biostimulants, Biofertilizers are booming as farmers across the globe are realizing this

Stop burning gober cowdung as in principle of recycle all that we absorb must be return to soil If you break cycle it will not be sustainale

In Syntropic Farming, diversification & innovation are intrinsic. It involves cultivating a wide range of crops & varieties within a single system, each adapted to various weather conditions & ecological niches, enhancing overall resilience to climate variability. It extends beyond traditional crop diversity, integrating different plant species, including trees, shrubs, and perennials, to create a robust, self-sustaining ecosystem. Syntropic farms can also explore innovative income sources like agroforestry products, ecological services, and educational initiatives, reducing dependency on single crops and opening new market opportunities. This approach naturally increases competitiveness & profitability while maintaining ecological balance.

A real-life example of Syntropic Farming minimizing crop loss due to weather events can be seen in farms like La Loma Viva in Spain. This farm employs syntropic principles to create a resilient agricultural system. By planting a diverse array of crops in strategic layers and using natural ground cover, they've established an environment that effectively regulates soil moisture and protects against extreme weather conditions. The diversity of plants means that some thrive in adverse weather, ensuring continued productivity. Their system of interconnected plant species also enhances soil health, making it more resistant to drought and erosion, thereby reducing the overall impact of weather variations on crop yield.