Beneath the surface: Resistance to diversity, equity, and inclusion (DEI) initiatives in organizations.

Diversity, Equity, and Inclusion (DEI) initiatives are widely adopted by organizations to improve work conditions and career outcomes for disadvantaged groups, yet they often struggle with achieving sustainable change. This paper examines employee resistance as a barrier to DEI initiatives' success. We review the literature on the conceptualization and study of resistance to DEI initiatives, and offer recommendations for future research.

Evolutionary rescue in resistance to pesticides.

Evolutionary rescue occurs when the genetic evolution of adaptation saves a population from decline or extinction after environmental change. The evolution of resistance to pesticides is a special scenario of abrupt environmental change, where rescue occurs under (very) strong selection for one or a few de novo resistance mutations of large effect. Here, a population genetic model of evolutionary rescue with density-dependent population change is developed, with a focus on deriving results that are important to resistance management.

Supportive, resistant, or both? A person-centric view on employee responses to diversity initiatives.

Employees' responses to diversity initiatives are critical to understand the effectiveness of such initiatives. However, prior research has largely considered the isolated effects of specific favorable or unfavorable employee responses (e.g.

What is the value of rotations to insecticide resistance management?

Rotations have been the cornerstone of insecticide resistance management for many decades. In recent years, there has been a resurgence of interest in the use of insecticide mixtures, particularly based on new theoretical models. Here, we present a perspective on the value of rotations to insecticide resistance management, focusing on the interpretation of influential theoretical models.

Optimization of long-lasting insecticidal bed nets for resistance management: a modelling study and user-friendly app.

Background: Up until the present, pyrethroid-treated bed nets have been a key tool for vector control in the fight against malaria. A global system that sets standards and facilitates procurement has successfully driven down the price of these bed nets to enable more of them to be distributed. As a result of their mass rollout, malaria cases have been significantly reduced, but pyrethroid resistance is now widespread.