In this paper we present T. rex fossils as disruptive objects that can drastically influence the actions and reactions of humans that encounter them. We present a vision of the T. rex as being a key node within a web of human and object associations that ultimately produces, first, extreme desire in humans, and then a breakdown in human relationships resulting in disagreements, disputes, lawsuits, and the committing of crime. From there we bring these T. rex fossils into the concept of desirescape which sees a network of object/object and object/human reactions provoking irresistible desire in humans. We argue that this desire can push humans to violate law or social norms or, in several T. rex cases, sue each other. How then should we humans approach T. rex and other disruptive objects? Cautiously, and with the knowledge that these objects may be more powerful than we are.

Multiple new ant treatment products containing high volumes of sugar have recently been developed specifically for use in ant management programs. The presence of sugar in these products could potentially attract bees, and any such attractancy would likely be fatal given that these products typically contain general insecticides. To determine the risk of such products to bees I present four studies assessing bee attractancy to multiple matrices that are used to make these products. The trials were conducted across multiple years, seasons, and locations, containing various concentrations of sugar in multiple forms, using various experimental setups with many different bee hives, and multiple observers. Not a single bee was attracted to any matrix, nor were bees observed inspecting any matrix, and no bees fed on any matrix, irrespective of whether the matrices were placed close to hives and directly under bee flight paths, or out in areas where bees were feeding. This is in stark contrast to large numbers of bees that were feeding on flowers within the immediate vicinity of all of the matrices in the first two experiments, or flying over the arrays in experiments 3 and 4 travelling to and from other food sources. I present five suggestions for the discrepancy between the trials presented here and the general perception that bees are attracted to sugar. These matrices appear to be acceptable as a basis to make treatment products for broadscale use within ant management programs. However, it should be recognized that bees, and other non-target species, are indeed capable of feeding on these matrices. Therefore vigilance should still be maintained to identify special circumstances where bees may be killed when constituents are added to these matrices that do attract bees, or usage methods can adversely affect bees.