Which observations of the scientists see as most promising for developing a testable hypothesis that helps determine the connection between organic farming and biodiversity
A.
B.
C.
Some possible observations that scientists may find most promising for developing a testable hypothesis on the connection between organic farming and biodiversity include:
A. Comparing biodiversity levels in organic farms versus conventional farms: Scientists may observe higher levels of biodiversity, such as a greater number of species or more abundance of certain types of organisms, in organic farming systems compared to conventional farming systems. This observation could lead to the hypothesis that organic farming practices promote biodiversity.
B. Examining the diversity of pollinators in organic farms: Scientists may observe a greater diversity of pollinators, such as bees and butterflies, in organic farms compared to conventional farms. This observation could suggest that organic farming practices, such as avoiding the use of synthetic pesticides, support a healthier and more diverse pollinator community.
C. Monitoring soil health indicators in organic farms: Scientists may observe higher levels of soil organic matter, microbial diversity, or nutrient availability in organic farms compared to conventional farms. This observation could suggest that organic farming practices, such as the use of compost or cover crops, contribute to improved soil health and biodiversity.