The Asia Pacific (APAC) agricultural biologicals market is valued at USD 4.6 billion (~Euro 3.96 billion), based on a five-year historical analysis. This growth is mainly driven by rising awareness of environmental concerns, consumers’ increasing demand for sustainable agricultural practices, and the need for effective pest management solutions (Ken Research, 2025).
In this article, we explore the three key macro drivers that could affect your crop yields. Explore how you can overcome these challenges with Azelis— your reference innovation service provider of speciality chemicals for the agricultural and environmental solutions industry, bringing science-led solutions into real-world farming.
In this article, we explore the three key macro drivers that could affect your crop yields. Explore how you can overcome these challenges with Azelis— your reference innovation service provider of speciality chemicals for the agricultural and environmental solutions industry, bringing science-led solutions into real-world farming.
- Environmental (weather) conditions
- Sustainability
- Market accessibility (price competition, trade barriers)
The APAC region is increasingly getting warmer, and nearly twice as fast as the global average. 2024 was recorded to be one of the hottest years on record for the region (WMO, 2025).
By 2030, Asia is projected to experience a regional temperature increase of around 0.5-2° C in addition to a global sea level rise of approximately 3-16 centimetres (AASA, 2012). Rising temperatures have been linked to an increased amount of greenhouse gases. In addition, potentially more intense tropical cyclones and changes in climate variability, such as El Niño, are expected to be present (AASA, 2012). Last year, the La Niña event and the worsening spread of bird flu impacted crop and livestock production. The worsening bird flu virus affects millions of wild birds and commercial poultry, hundreds of dairy cattle herds, and dozens of humans (Zimmerman, Owens, 2025), making climate change the foremost threat to Asia’s sustainable development . With Southeast Asia region, the most vulnerable to climate change due to the densely populated cities and geographic exposure with coastal zones, which makes the risk of sea-level rise more prominent for the region (Putra, 2024).
Climate change continues to have a notable impact on farming, with extreme weather conditions such as heatwaves and floods becoming more common and severe. What does this mean for agriculture?
By 2030, Asia is projected to experience a regional temperature increase of around 0.5-2° C in addition to a global sea level rise of approximately 3-16 centimetres (AASA, 2012). Rising temperatures have been linked to an increased amount of greenhouse gases. In addition, potentially more intense tropical cyclones and changes in climate variability, such as El Niño, are expected to be present (AASA, 2012). Last year, the La Niña event and the worsening spread of bird flu impacted crop and livestock production. The worsening bird flu virus affects millions of wild birds and commercial poultry, hundreds of dairy cattle herds, and dozens of humans (Zimmerman, Owens, 2025), making climate change the foremost threat to Asia’s sustainable development . With Southeast Asia region, the most vulnerable to climate change due to the densely populated cities and geographic exposure with coastal zones, which makes the risk of sea-level rise more prominent for the region (Putra, 2024).
Climate change continues to have a notable impact on farming, with extreme weather conditions such as heatwaves and floods becoming more common and severe. What does this mean for agriculture?
Soil system
The soil system is an integral part of the land environment (Mohamed, at el., 1998), composed of soil constituents, water, and air, it is the living environment from which humans, animals, and plants extract most of their food and energy. The Asia Pacific region hosts 50% of the world’s arable land, which is vital to the global food supply (World Bank 2024a).
Healthy soil systems are more compact and essential than you realise. A healthy soil system is vital for agriculture and food security, biodiversity and ecosystems, and populations (Correia et al., 2025). Healthy soil captures and stores more carbon, which reduces the amount of carbon dioxide in the atmosphere, helping slow global warming.
Agricultural areas are extremely vulnerable to droughts and sea level rise. Erratic rainfall and soil degradation harm agricultural production. Coastal areas face salinisation from rising sea levels, while inland areas face droughts and heatwaves that reduce crop yields (Chakravarty, P., 2025). Drought causes soil to dry out and lose nutritional value, while higher temperatures mean faster decomposition of organic matter – releasing carbon. The interconnected pressures of climate change, population growth, excess chemical fertiliser and pesticide use, and intensive agricultural production is contributing to widespread land depletion and degradation (Correia et al., 2025). Poor soil quality lacks the nutrients a crop needs for production, resulting in lower yields for farmers.
Healthy soil systems are more compact and essential than you realise. A healthy soil system is vital for agriculture and food security, biodiversity and ecosystems, and populations (Correia et al., 2025). Healthy soil captures and stores more carbon, which reduces the amount of carbon dioxide in the atmosphere, helping slow global warming.
Agricultural areas are extremely vulnerable to droughts and sea level rise. Erratic rainfall and soil degradation harm agricultural production. Coastal areas face salinisation from rising sea levels, while inland areas face droughts and heatwaves that reduce crop yields (Chakravarty, P., 2025). Drought causes soil to dry out and lose nutritional value, while higher temperatures mean faster decomposition of organic matter – releasing carbon. The interconnected pressures of climate change, population growth, excess chemical fertiliser and pesticide use, and intensive agricultural production is contributing to widespread land depletion and degradation (Correia et al., 2025). Poor soil quality lacks the nutrients a crop needs for production, resulting in lower yields for farmers.
Pollution of air, water, and soil is a growing threat to global health
Soil challenges
- Soil erosion
- Soil pollution
Soil pollution refers to the contamination of soil with waste materials of human origin, leading to concentrations that are higher than average and have harmful effects on both human health and ecosystems (Münzel et al., 2022). This contamination can include heavy metals, toxic organic chemicals such as pesticides, biological pathogens, and deforestation.
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