Coywolves can live successfully in a variety of habitats (for related information, see my post on range/diet). The primary sources of mortality in the majority of these environments are anthropogenic (i.e., trapping, shooting, car accidents, and poisoning). Poisoning remained a widespread method of predator eradication until 1972, when its use on federal lands was banned in the United States; the use of household rodenticides is, however, still allowed.
Though a portion of the general public has become sympathetic towards these animals in recent years [1-2], deliberate killings still occur on city margins. An example of this was discovered during a 2005 study of a pack of coyotes in eastern Massachusetts [3]. Activity and movement patterns in this study were typical; the coyotes did not kill local pets or physically endanger citizens, but rather increased their nocturnal behavior to avoid people and displayed territorial behavior towards transient individuals. Even so, sightings of the individuals in this pack—Maeve, Jet, and Cour—led to some upset.
All three individuals were found dead during the study; in each case, the cause of death was ruled an anticoagulant pesticide (Brodifacoum, a second-generation poison and active ingredient in some forms of rat poison). Because all three displayed no abnormal behavior in the week leading up to their deaths and all died in less than a week, it is likely that, rather than having eaten poisoned prey, they were purposefully dosed at high concentrations.
Public support for the lethal management of carnivores has noticeably declined over time. Jackman and Way surveyed Cape Cod voters to examine “knowledge of and attitudes toward current coyote hunting policies and practices in Massachusetts” [1, p. 188]. Knowledge was largely limited, with only 40% being aware that Massachusetts has a hunting season for coyotes and 14% being aware that there are no bag limits—meaning a hunter can kill as many coyotes as they want. Responses to the survey indicated that only 23% supported the no-bag limits; the “only group to include majority support (62%)” [1, p. 190] comprised frequent hunters, who represented only a small percentage of the sampled public.
Anyone wishing to determine shifts in attitude towards and/or awareness of coywolves should consider the use of surveys à la Jackman and Way [1]. I wanted to incorporate a survey to determine whether residents of Massachusetts and Pennsylvania (where I am currently based) had noticeably different stances, but I did not give myself enough time to get IRB approval and properly analyze data. I would also recommend a potential partnership with an ecologist and/or biologist. Because I am an anthropologist and have little background in those fields, I was therefore somewhat limited in my view/understanding.
References:
[1] Jackman, J.L. & Way, J.G. (2017). Once I found out: Awareness of and attitudes toward coyote hunting policies in Massachusetts. Human Dimensions of Wildlife, 23(2), 187-195. https://doi.org/10.1080/10871209.2017.1397824
[3] Way, J.G., Cifuni, S.M., Eatough, D.L., & Strauss, E.G. (2006). Rat poison kills a pack of eastern coyotes, Canis latrans, in an urban area. Canadian Field Naturalist, 120(4), 478-480.
TL;DR:
Coywolf mortality is largely anthropogenic
Attitudes towards coywolves have improved over time
Massachusetts and Pennsylvania have no bag limits on coyotes; Pennsylvania has no set hunting season
Hybridization | DNA Analyses | Range & Diet | Behavior & Ecology | Conservation | The Anthropocene
Understanding the lateral system
“The default movement pattern vertebrates have employed is a side-to-side undulation. This inherited pattern of movement is still the core curriculum for human Locomotion.” -Dr Beach
He goes on to call this a “Pisces inheritance,” and how the lateral eye and optic region are embedded in this lateral contractile field (aka side bending).
Cranial muscles are most often appropriated into myofascial connectivity of the deep frontline or what we will see again in the Five Primary Kinetic Chains calls, the Intrinsic system. I like how #TCM lateral line goes onto the lateral cranium and lateral eye.
What I do also really enjoy seeing here in this Spiral Engine of Locomotion is the included musculature that really highlights the zig zags of the Gallbladder meridian.
In terms of movement, imagine a weakness or weak link in this chain as you balance on one foot. What may happen?
In this video, I discuss how you can train your central nervous system. Get stronger and more skilled by training the brain!
Training your muscle will only get you so far. If you want to tap into your true potential, then you need to develop on what actually controls that muscle: the central nervous system.
All of us have a vague idea that the central nervous system is important for strength and performance, but how many of you actually know what it is, how it works, and how to target it in your training to make it…
