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   https://doi.org/10.1111/phpe.12121  

   Wellwood, Alexis (December 2018, Philosophical Perspectives)
2. Viola “ inconspicua ” No More: An Analysis of Antibacterial Cyclotides

   https://doi.org/10.1021/acs.jnatprod.9b00359  

   Parsley, Nicole C.; Sadecki, Patric W.; Hartmann, Conrad J.; Hicks, Leslie M. (September 2019, Journal of Natural Products)

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3. A NetAI Manifesto (Part I): Less Explorimentation, More Science

   https://doi.org/10.1145/3626570.3626609  

   Willinger, Walter; Gupta, Arpit; Jacobs, Arthur S.; Beltiukov, Roman; Ferreira, Ronaldo A.; Granville, Lisandro (September 2023, ACM SIGMETRICS Performance Evaluation Review)

   The application of the latest techniques from artificial intelligence (AI) and machine learning (ML) to improve and automate the decision-making required for solving real-world network security and performance problems (NetAI, for short) has generated great excitement among networking researchers. However, network operators have remained very reluctant when it comes to deploying NetAI-based solutions in their production networks, mainly because the black-box nature of the underlying learning models forces operators to blindly trust these models without having any understanding of how they work, why they work, or when they don't work (and why not). Paraphrasing [1], we argue that to overcome this roadblock and ensure its future success in practice, NetAI has to get past its current stage of explorimentation, or the practice of poking around to see what happens and has to start employing tools of the scientific method. 

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4. 52 million years old Eucalyptus flower sheds more than pollen grains

   https://doi.org/10.1002/ajb2.1569  

   Zamaloa, Maria C.; Gandolfo, Maria A.; Nixon, Kevin C. (December 2020, American Journal of Botany)

   null (Ed.)
5. Invasive Spotted Lanternflies ( Lycorma delicatula ) Are Larger in More Urban Areas

   https://doi.org/10.1093/icb/icaf013  

   Levine, Brenna_A; Moffitt, Alyssa; Mendez, III, Renato (April 2025, Integrative And Comparative Biology)

   Synopsis Urbanization promotes the formation of heat islands. For ectothermic animals in cities, the urban heat island effect can increase developmental rate and result in smaller adult body size (i.e., the temperature-size rule). A smaller adult body size could be consequential for invasive urban ectotherms due to potential effects of body size on thermal tolerance, dispersal distance, and fecundity. Here, we explored the effect of urbanization on body size in the spotted lanternfly (Lycorma delicatula), an invasive planthopper (Hemiptera: Fulgoridae) that is rapidly spreading across urban and non-urban settings in the United States. We then evaluated the consequences of spotted lanternfly body size for heat tolerance, a trait with importance for ectotherm survival in urban heat islands. Contrary to our expectations, we found that both male (P = 0.011) and female (P < 0.001) spotted lanternflies were larger in more urbanized areas and that females displayed a positive effect of body size on resistance to hot temperatures (P = 0.018). These results reject plasticity in developmental rate due to the urban heat island effect as an explanation for spotted lanternfly body size and instead lend necessary (but insufficient) support to an adaptive explanation stemming from advantages of larger body size in cities. This study demonstrates a positive effect of urbanization on spotted lanternfly body size, with potential implications for dispersal distance, fecundity, and thermal tolerance in urban areas. 

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