RNA interference (RNAi) targeting lethal genes in insects has great potential for sustainable
crop protection. Compared with traditional double‐stranded (ds) RNA delivery systems …

Climate change has increased the susceptibility of forest ecosystems, resulting in escalated
forest decline globally. As one of the largest forest biomasses in the Northern Hemisphere …

CRISPR gene-editing has major implications for agriculture and food security. However, no
studies have evaluated the public acceptance and valuation of CRISPR-produced food. As …

Facing current climate challenges and drastically reduced chemical options for plant
protection, the exploitation of RNA interference (RNAi) as an agricultural biotechnology tool …

Achieving global food security is becoming increasingly challenging and many stakeholders
around the world are searching for new ways to reach this demanding goal. Here we …

We follow the PRISMA extension for sco** reviews to review the emerging international
body of empirical evidence on consumers' attitudes and willingness to pay (WTP) for novel …

RNA interference (RNAi) is a method of gene silencing where dsRNA is digested into small
interfering RNA (siRNA) in the presence of enzymes. These siRNAs then target homologous …

European Union (EU) and global sustainability policies emphasize the need to replace
contentious pesticides with safe, efficient, and cost-effective alternatives to ensure …

Forest insects are emerging in large extension in response to ongoing climatic changes,
penetrating geographic barriers, utilizing novel hosts, and influencing many hectares of …

Climate change alters the seasonal synchronization between plants and respective pests
plus pathogens. The geographical infiltration helps to shift their hosts, resulting in novel …