Our commercial honeybees making wild be sick by Berly McCoy. If human managed bees and be friendly, flowers are acting as hotspots for pathogens, keeping more bees and planting more flowers may be contributing to the steep losses and commercial pollinators seen in the United States each year, as well as fueling the decline of wild bees, the more that bees are transported and concentrated for Larger scale, pollination events, the more opportunities for disease to spread and it’s not just a one-way street. It’s likely the transmission is going both ways said Scott McCart, a pollinator ecologist University who was not involved in the study even if disease in commercial bees are eliminated new infections from the wild bee population which are known to harbor pathogens could spill back into managed populations, making disease eradication even tougher than it is now from the Irving Gardner of the rural farmer people are encouraged to grow bee friendly plants, But in some cases, you might actually be increasing disease levels when you plant those flowers, said Celia cola a conversation is biologist at York University, who was not involved in the study. Maybe we need to have a buffer area without flowers to stop diseases from spreading wild bees, nobody is suggesting we stop planting flowers altogether we know that habit loss is already a big problem for bees, said Algar She’s now investigating increasing plant diversity or certain plants could help Decrease disease transmission that beekeepers farmers need to take a hard look at how they are managing these

Question

Our commercial honeybees making wild be sick by Berly McCoy.  If human managed bees and be friendly, flowers are acting as hotspots for pathogens, keeping more bees and planting more flowers may be contributing to the steep losses and commercial pollinators seen in the United States each year, as well as fueling the decline of wild bees, the more that bees are transported and concentrated for Larger scale, pollination events, the more opportunities for disease to spread and it’s not just a one-way street. It’s likely the transmission is going both ways said Scott McCart, a pollinator ecologist University who was not involved in the study even if disease in commercial bees are eliminated new infections from the wild bee population which are known to harbor pathogens could spill back into managed populations, making disease eradication even tougher than it is now from the Irving Gardner of the rural farmer people are encouraged to grow bee friendly plants, But in some cases, you might actually be increasing disease levels when you plant those flowers, said Celia cola a conversation is biologist at York University, who was not involved in the study. Maybe we need to have a buffer area without flowers to stop diseases from spreading wild bees, nobody is suggesting we stop planting flowers altogether we know that habit loss is already a big problem for bees, said Algar She’s now investigating increasing plant diversity or certain plants could help Decrease disease transmission that beekeepers farmers need to take a hard look at how they are managing these 
Is it possible to from the expert about the future efforts to say what inference can you make in 3 to 5 sentences? Stay your inference and provide strong and thorough textual evidence from the expert to support the inference.

GPT-4o mini · Answer

Inference: The management of both commercial and wild bee populations requires a balanced approach that considers not only habitat enhancement but also the potential for disease transmission among these populations.

Supporting Textual Evidence: The article emphasizes that "if humans manage bees and be friendly, flowers are acting as hotspots for pathogens," which indicates that while planting more flowers may seem beneficial, it can inadvertently contribute to increased disease transmission among bee populations. Scott McCart notes that disease transmission isn't one-sided, stating, "it's likely the transmission is going both ways," highlighting the complexity of interactions between managed and wild bees. Furthermore, Celia Cola points out that planting flowers could actually "be increasing disease levels," suggesting that we need to rethink our strategies. Finally, Algar She notes, "we know that habitat loss is already a big problem for bees," indicating the necessity for a nuanced approach that balances habitat improvement with disease mitigation strategies by exploring "increasing plant diversity" as a potential solution.