In this essay, I explore the prevalence of Holocaust denial, distortion, and ignorance in Muslim-majority countries. Drawing from my own experiences growing up in Bangladesh and being an exchange student in the United States, I analyze various social, political, and religious impediments to Holocaust education in Islamic cultures. I have witnessed first-hand the nature of antisemitism that pervades cultures across the world, and my journey to confront my own previous ignorance has allowed me to grasp the importance of combating such bigoty and the weaponization of history.

Foreign direct investment (FDI) has long been a major source of financing for infrastructure and commercial projects, especially for developing nations. This paper explores a panel data analysis of the economic conditions that affect levels of FDI inflow, with a sample set consisting of 18 countries from 1981 to 2014 on a quarterly basis. Variables considered include macroeconomic conditions such as GDP, stock market performance, interest rates of varying terms, crime perception, and trade openness. The final model(s) discussed establish that FDI inflow is positively correlated with strong GDP and stock market performance as well as, surprisingly, 3- month and 10-year interest rates. Trade policies and crime perception seem to act with a significant lag, and the effects of many variables seem to depend on the development status of the country as well.

To enhance road safety for motorists and wildlife in the Adirondack Park, we analyzed deer-vehicle collision data from the New York State Department of Transportation to identify potential locations for artificial ecological passages (AEPs), culverts and bridges specifically designed to allow mammals to cross roads. In the U.S., wildlife-vehicle collisions result in approximately 200 deaths, 26,000 injuries, and $8 billion in damages annually, with New York reporting 65,000 deer-vehicle collisions (DVC) alone. We located the road segments with the greatest number of deer collisions and assessed the characteristics of these road segments and the nearby land cover, using the Annual Average Daily Traffic (AADT) data set and the National Land Cover Database. We examined the potential placement and type of AEPs, factoring in topography, hydrography, and existing structures for passage site selection, favoring infrastructure upgrades over new construction. The twenty road segments with the highest collision rate include sections of Interstate 87, Route 3, and Route 28, as well as areas near Saranac Lake and Old Forge. Increased AADT was positively correlated with the number of DVCs with most DVCs occurring on road segments with speed limits of 25 to 45 mph. Dominant land cover around these road segments is primarily evergreen and deciduous forests. Along these twenty road segments, we were able to locate a number of potential sites for culvert expansion or bridge repurposing and for newly constructed passage structures. Implementing these changes could significantly reduce park collisions, fatalities, and financial losses.

This paper offers a comparative summary of the historiography of the October Revolution in both the United States and the USSR, as well as the Russian Federation. Ultimately, the author finds that the October Revolution was contested on political grounds from its very inception onwards. Across both sides of the iron curtain the event was used in propaganda. The onset of the Cold War further emphasized this political division. With the fall of the Soviet Union in 1991, the historiography became much more international and open, but developments within Russia throughout the 2010s and 2020s have threatened this fragile state of affairs.

"Forest communities vary due to patch dynamics resulting from differing successional trajectories following disturbances. The habitat mosaic left behind in the wake of disturbances both biotic (e.g., beaver, forest pests and pathogens) and abiotic (e.g., wildfire, wind, ice storm) can have profound effects on forest structure and composition. These stand-level differences in community composition and age structure can alter browse quantity and quality and limit white-tailed deer (Odocoileus virginianus) abundance on a seasonal basis. In fall 2023, we performed a deer pellet count survey to estimate deer density differences across three different forest types 1) recently burned jack pine (Pinus banksiana)-dominated barrens (2018 wildfire), 2) unburned (1957 wildfire since regenerated barrens), and 3) a hardwood forest at the Flat Rock sandstone pavement barrens in Altona, NY. We predicted the highest deer densities would be in the hardwood forest due to the diversity in overstory species and availability of hardwood mast. Concurrent long-term wildlife monitoring surveys across habitats within the Flat Rock offered game camera access in order to compare estimates of techniques in each of the three forest types. Game cameras added behavioral observations of deer diel activity, demographics (e.g., age structure, gender), and abiotic conditions such as temperature and moonphase to our study. Pellet count estimates of deer densities in the hardwood and recently burned stands were 15.88 and 4.76 deer/mi2, respectively. Deer pellets were not detected in the unburned barrens. Game cameras detected three and six times more deer in the hardwood as compared to the burn and unburned stands, providing support for use of pellet count surveys. Behavioral patterns were similar across sites with travel and vigilance being observed more often than browsing. White-tailed deer behavior is largely diurnal at all sites, with additional activity mid-day in the burn, at 6AM and 7PM at the unburn, and 2AM in the hardwood stands. Age structure differed across sites with the unburn having all adult deer and gender ratios of 9.6 and 11:1 adults to juveniles in the burn and hardwood stands, respectively. Average group size was similar across sites ranging from solitary deer in the unburn to average groups of 1.35 and 1.4 deer at the hardwood and burn sites, respectively. Our general habitat-specific deer density estimates were similar for both non-invasive techniques, which provides wildlife managers options that are more cost-effective and less time intensive for surveys across a large study area. White-tailed deer hunting is a major source of revenue in Upstate New York and any efforts to make hunters more efficient at harvest by offering target habitats and times of day are helpful given the lack of top predators available to regulate this abundant resource."

Roads segment Earth’s land surface into ~600,000 fragments. This habitat fragmentation leads to, unsurprisingly, frequent collisions with wildlife. Vehicle collisions are second only to legal harvesting in regards to anthropogenic mortality for numerous vertebrate species. In addition to increased mortality, roads can affect local hydrology, sediment and debris transport, water and air chemistry, microclimate and pollution. Variation in speed limits, road characteristics, weather conditions and fragmentation of existing contiguous habitats are expected to influence wildlife mortality. We hypothesized increased speed limits and roads bisecting developed and undeveloped land cover would lead to increased mortality. We used online data gathering application ArcGIS Survey123 to document and catalog instances of vehicle-caused wildlife mortality in Northern New York and Vermont. For 2023, two routes were driven regularly representing primarily forested and agricultural areas respectively. This was combined with a pre-existing dataset containing observations from across the country. Statistical analysis was undertaken in order to determine species distribution as well as how land cover type, speed limit, and road characteristics relate to wildlife mortality. Our study concluded that mammals accounted for the majority of animals killed on roads. Roadkill events occurred primarily in areas of low intensity development and mixed forests. Increased road speed appeared to correlate with increased mortality. Data from our 2023 sampling regimen parallels that of the national dataset. The most frequently found animals were the common raccoon (Procyon lotor), striped skunk (Mephetis mephetis), and Virginia opossum (Didelphis virginiana). This research allows us to see how continued development and habitat fragmentation is directly affecting wildlife populations in areas of human development.

Our understanding of how disturbances influence small mammal communities is vital given their role as seed predators and dispersers, intermediate hosts for disease vectors, and as prey for higher trophic levels. We must consider landscape-level disturbance, both natural and anthropogenic, as well as habitat management practices to ensure resilient ecosystems. Disturbances can negatively impact small mammal populations. Studies have shown that deforestation, urbanization and silvicultural practices (harvesting) can reduce diversity and abundances of small mammals in favor of the common deer (Peromyscus maniculatus) and white-footed mice (P. leucopus). In fall 2023, we conducted a small mammal survey across a gradient of disturbance, specifically wildfire (Altona Flat Rock 2018), silviculture (harvesting in Ellenburg Depot), and urbanization (City of Plattsburgh industrial park) and paired these sites with adjacent undisturbed reference sites in northern NY. We hypothesized that there would be greater diversity and abundances in small mammal populations at the undisturbed sites. To test this hypothesis, we performed weekly monitoring of Sherman traplines in all sites and performed mark recapture, as well as collected metrics such as weight, gender, and body and tail length. The greatest abundance of small mammals was found within the silviculture harvested site. Long-term monitoring at the Altona Flat Rock suggests that small mammal abundance has been declining since the 2018 wildfire. A species common to all sites was Peromyscus sp., a red-backed vole (Myodes rutilus) and an eastern chipmunk (Tamias striatus) were found in the unharvested and unburned sites, respectively. No animals were present at the urban disturbed site. There was a significant difference in weight among Peromyscus sp. across sites, but not length indicating differences in habitat quality. Apart from the urban site, all disturbed sites possessed the greatest small mammal abundance and their paired undisturbed sites the greatest diversity. There are additional explanations for these results besides disturbance, in particular regional tree masting cycles, which provide a reliable seed source for granivores could be contributing. Understanding how disturbances affect small mammals is essential for biodiversity conservation. Monitoring small mammals can provide early warnings about environmental issues and disturbances, helping researchers and conservationists respond to potential problem.

Urbanization has been shown to have long-term impacts on wildlife behavior. New York state is home to 10 different owl species, only five species are commonly found in the North Country. Land-use change has been a major threat to owl populations, specifically the conversion of forests to agriculture and development has displaced wildlife and poses threats to long-term population persistence. Barred owls (Strix varia) have historically inhabited mixed hardwood deciduous forests with sparse clearings in proximity to wetlands. The goal of this survey was to determine the effects of urbanization on the diversity of owl communities using acoustic detection. We predicted that owls would prefer less-developed rural forests over urban sites. Using a Bluetooth speaker paired to our smartphone’s Audubon’s Merlin application, we played owl calls and recorded responses. Owl survey sites were buffered by 800m and percent land-cover was extracted for all sites. Aural (n=3) and visual (n=1) detections of barred owls occurred only at the rural sites with mixed hardwood forest and proximity to wetlands during the near full moon phase with conditions of limited wind. Forested wetlands are considered more favorable for nesting, hunting and mating. Urbanization influences the health, survival, and behavior of raptors. Development impacts avifauna in species-specific ways. The nocturnal behavior of owls makes them particularly important subjects for studies associated with urban light and noise pollution. As top predators, owls regulate prey populations and contribute to the overall health of ecosystems and continued long-term monitoring is encouraged.

"Research on wildlife’s response to wildfire in fire-dependent pine barrens is limited. In the northeastern United States, pine barrens ecosystems are often relatively small landscape patches nested within a matrix of northern hardwood forest with low burn frequency. Thus, pine barrens not only represent a unique habitat type for wildlife at the landscape scale, but also may contain varied forest patches of differing stand age and structure based on their disturbance history. Wildlife may, in turn, respond in their use of this habitat mosaic that is experiencing patch-level successional differences in forest structure and composition since the wildfire disturbance. The objective of this study was to quantify wildlife habitat suitability across a fire-dependent Pinus banksiana (Jack Pine) sandstone pavement barrens in northeastern New York. The Altona Flat Rock is an ~2000 ha pine barrens dominated by Jack Pine interspersed with, and surrounded by, northern hardwood forest. Over the past century areas of the Flat Rock have experienced wildfire in 1919, 1940, 1957, and most recently 2018, resulting in a chronosequence of stand-origin ages. Beginning in September 2022, we established a network of twenty 1km 2 grid-cells spanning the Flat Rock and surrounding hardwood forest. We positioned a camera trap in the center of each grid cell to continuously monitor wildlife. Additionally, we randomly selected three locations within each grid cell to determine forest structural attributes (e.g., density, basal area, canopy closure, understory composition, and abundance of coarse woody debris) and stand age. Preliminary results show that Odocoileus virginianus (White-tailed Deer), Canis latrans (Coyote), Lynx rufus (Bobcat), and Lepus americanus (Snowshoe Hare) are some of the most frequent occurrences, with White-tailed Deer, in particular, having been found at every camera site at high abundances. We aim to continue monitoring camera traps over the course of 2023. Wildlife occurrence data will be used in conjunction with forest structure data to build species-specific occupancy models. These results will provide critical information for ecologically sound management (i.e., frequency and extent of burning) of this globally rare pine barrens."

The environmental effects of economic growth are a new topic of discussion in economics. Social media has been a large part of the rapidly increasing concern for our environment. How do us as consumers play a role in the long-term effect environmental damage could have on our planet? We have seen a large increase in average temperature and carbon dioxide emissions in the past 50 years. This is largely due to the increase in consumption of goods by consumers, increase in population and increase in international trade. Having an economy that is continuously growing, how much are we damaging our environment? Is there a possibility that this increase in our economy could eventually save our environment as technology continues to increase? Continuous economic growth can create long term environmental damage that is irreversible. Using regression analysis the following study will determine the relationship between environmental damage, using CO2 emissions and economic growth, using gross domestic product, GDP. The findings of this study include a negative relationship when the model is linear and an inverted U shape relationship when the model is quadradic. Therefore, dismissing the hypothesized positive linear relationship of the Daly Curve and affirming the inverted U shape of the Kuznets Curve.