Poster Session: Room 1 (S25en)
Estimating the Impact of Climate Finance and Agricultural Development Funds on the Environmental Sustainability of Countries Participating in the Belt and Road Initiative
Poster Session Lochan Kumar Batala
The Belt and Road Initiative is a vast infrastructure and economic development project spanning multiple countries, and understanding the impact is crucial for balancing economic growth with environmental sustainability. However, in recent years, several studies have investigated the impact of energy consumption and economic growth on BRI countries’ environmental quality. The studies overlooked the impact of climate finance, agriculture development funds, and BRI investment on environmental performance in BRI countries. This study bridges an existing knowledge gap by analyzing the potential impacts of BRI investments, climate finance, and agricultural development funds on the environmental performance of countries participating in the Belt and Road Initiative (BRI) for 2002 to 2022. In this study, panel unit root tests, the Westerlund cointegration test, as well as augmented mean group (AMG), and cross-section augmented distributed lag (CS-ARDL) estimators were applied to assess both long-term and short-term outcomes. The primary results show cross-sectional dependency, slope heterogeneity, and cointegration among study variables exist. AMG results reveal that BRI investment, climate finance (CLF), and agriculture development funds (ADF) have a positive effect on environmental performance (EP). In contrast, population growth, foreign investment inflows, and energy intensity adversely affect environmental performance. Furthermore, our subsample analysis results of CS-ARDL show CLF has a negative relation with EP in low-income countries, while positive in middle- lower and middle-upper countries in both the short and long run. The study findings offer valuable insights and policy recommendations for achieving harmonious development and environmental sustainability within the BRI framework.
Gender Equity during Emergencies: A Toolkit to Ensure the Needs of Transgender and Gender-Expansive Folks are Included in Disaster Recovery Planning View Digital Media
Poster Session Michaela Marincic
Transgender (abbreviated “trans”), non-binary, and gender expansive community members face unique challenges during crises and disaster recovery. Recognizing and adapting to these unique supports will become increasingly important as climate change increases the frequency and severity of extreme weather events. Accommodations such as access to clean medical equipment for hormone injection and gender-inclusive temporary shelter during disaster recovery can be critical in ensuring the health and safety of the gender expansive community. These types of accommodations are not fully unique to the trans community either and could benefit others in need of needles and biohazard disposal, such as people with diabetes who require insulin injections. However, gender-nonconforming people often face discrimination and threats to their physical safety instead when entering temporary shelters after disaster; these risks tend to be even higher for those who are Black, Indigenous, or People of Color (BIPOC). This poster session will present a simple toolkit planners and advocates can use to inform disaster recovery planning and check that essential supports and safeguards are in place before severe weather strikes. We envision a world where everyone can find safety and belonging in the aftermath of disaster.
Effect of CO2 Concentration on the Morphometric, Physiological Variables and Yield of Table Beet
Poster Session Juan Manuel Castellanos
There is little scientific information on the response of C3 plants such as table beet (Beta vulgaris L.) under future scenarios caused by climate change. The present study aimed to evaluate the effect of CO2 concentration on the morphometric, physiological variables, and yield of table beet plants exposed to different CO2 concentrations. The research was conducted in the experimental greenhouse built by the Automation and Control Research Group at the University of Pamplona. An experiment was carried out under controlled conditions with a completely randomized design to evaluate the influence on the morphometric, physiological, and yield variables of beet plants under different CO2 concentrations. High CO2 concentration had a significant influence on plant height and the number of leaves at the end of the cultivation cycle, while leaf surface area and plant leaf area were significantly influenced at the beginning of the cultivation cycle, but not at 45 days. Conversely, the chlorophyll index was lower at 45 days for the high CO2 concentration treatment. Although no significant differences were observed in the green weight of the leaf area and leaf dry matter, there was a marked and significant difference in yield levels, indicating that the accumulation of reserves in beet plants was influenced by the higher CO2 concentration.
Influence of CO2 Concentration on Morphometric, Physiological Variables and Yields of Pea (Pisum sativum L.) under Greenhouse Conditions
Poster Session Leonides Castellanos
There are few research results on the behavior of C3 plants such as pea (Pisum sativum L.) in future climate change scenarios. The objective of the present research was to evaluate the influence of CO2 concentration on morphometric and physiological variables, and pea yields under greenhouse conditions in Pamplona Norte de Santander. The research was carried out in an automated experimental greenhouse with two cubicles, one of which worked with a CO2 concentration of 1300 ppm. And in the other 600 ppm. Morphometric and physiological variables were evaluated up to 42 days after the plants of the Santa Isabel variety were planted and at 95 days the variables pod number, number of grains and grain weight were evaluated. Significant increases were verified in height, number of leaves, number of lateral shoots and leaf surface in the pea crop at an early stage of development, but not in stem diameter and chlorophyll index. A higher concentration of CO2 influenced an increase in the leaf area of pea plants in the initial stage of crop development, which was reflected in a greater number of pods, grain number and grain weight.
Assessing the Tren Maya: A Study of Land Cover Change, Deforestation and Tourism Growth in Quintana Roo
Poster Session Gabriel Montecchi, Carolin Lusby
Tourism and urbanization have controlled Quintana Roo’s economy for decades. Of all of Mexico’s states, Quintana Roo is the most popular tourism destination. The state has been funding major infrastructure projects with the desire to accommodate a growing populace and a thriving tourism industry. Proposed by President Andrés Manuel López Obrador (AMLO) in 2018, the latest project known as the Tren Maya, aims to connect the Yucatán Peninsula to the existing Mexican railway system. However, this ongoing mega-infrastructure project is expected to yield unprecedented effects that will change the composition of the region's landscape. Despite its anticipated economic benefits, the Tren Maya is expected to bring drastic changes to Quintana Roo’s landscape and tourism industry. This problem is prevalent to the region as the natural landscape is exponentially affected by the pressures of urbanization and tourism. This study provides a quantitative and qualitative analysis of potential environmental and socioeconomic impacts of the train on the region's landscape. Specifically, we assess environmental factors such as forest cover density, deforestation, fragmentation, land use changes and disruption to wildlife. In addition, we examine socioeconomic factors by placing emphasis on the local economy, growth in tourism, new train stations as nuclei of development poles, and the disparities that may arise from these establishments across the state. This research explores these impacts comprehensively, emphasizing how land use changes induced by the Tren Maya have and will continue to affect Quintana Roo. The results may serve to inform long-term assessments and guide future management strategies.
Rethinking Business Education - Can Business Schools Truly Drive Sustainable Development?: Addressing the Tensions Between Economic Growth and Genuine Sustainability in Business Education
Poster Session Caroline D. Ditlev-Simonsen
Martin Parker’s article in The Guardian, titled “Why We Should Bulldoze the Business School,” is one of several critical examinations questioning whether teaching business growth and increased consumption can genuinely align with sustainable development. While most business schools now offer comprehensive programs aimed at supporting the UN Sustainable Development Goals (SDGs), and while both research and curricula increasingly focus on sustainability, the pace of this transition remains too slow. It is often constrained by the prevailing principles of economic growth, which rely on resource exploitation and environmental degradation. This raises a crucial question: how can business schools authentically contribute to sustainable development—rather than engaging in greenwashing and using the SDG framework to obscure unsustainable practices?
