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The paper argues that LGBTQI+ individuals are specifically targeted for their nonconformity to cis-heteronormative norms, with visibility acting as a primary risk factor. It highlights that such violence occurs on a continuum across public and private spheres, perpetrated by state actors, armed groups, and family members. The authors advocate for an intersectional framework to avoid homogenizing the LGBTQI+ community and emphasize the agency of survivors in creating their own support systems.

The document identifies systemic communication failures across 12 South African municipalities, characterized by top-down messaging, internal silos, and a decline in traditional outreach. It recommends professionalizing communication units, institutionalizing two-way engagement, and integrating knowledge management to move from reactive to citizen-centered systems.

The study examines how Polylepis sericea, a tree species in the Venezuelan Andes, survives high-altitude cold stress. It finds that forest understories provide more stable temperatures than forest gaps or open páramo, and that saplings and ramets exhibit frost avoidance with ice nucleation and injury temperatures between -6 and -8 °C, which limits their distribution to specific less severe habitats.

Research in the Venezuela savanna region found that nitrogen fertilization leads to significant N2O and NO soil fluxes, with average losses of 1.9% and 0.9% respectively. These values were influenced by soil texture, rainfall patterns, soil management (tillage vs. no-tillage), and fertilizer composition. Notably, the average LAN-N2O is approximately double the IPCC default value of 1%, suggesting a need for higher emission factors for tropical savanna cropping systems.

The study identifies an optimum water-table depth of 1.5–2.5 m for maize production in the Western Pampas, where yields are highest and most stable regardless of rainfall or sowing date. Water-tables shallower than this range cause yield declines due to waterlogging, while deeper water-tables lead to significant yield reductions, particularly for early-sown maize during dry seasons, as these crops rely more heavily on groundwater supply.

The study found that soil respiration (Rs) decreases as ecosystem disturbance increases, with the least disturbed forest (D1) exhibiting annual Rs values 4.4-fold higher than the most disturbed savanna (D4). Rs is primarily driven by volumetric water content and soil temperature, while exchangeable nitrogen is uncorrelated. Under a predicted 2100 climate scenario of 40% less rainfall and a 4°C temperature increase, annual Rs is projected to decrease by an average of 28%, with more disturbed areas showing greater vulnerability.

The research examines water governance in the Maipo River basin, focusing on the intersection of neoliberal water policy, climatic variability, and social discontent. It specifically analyzes the law of river sectioning, the Alto Maipo hydropower conflict, and the contested meaning of water scarcity amidst ongoing drought and climate change to advocate for social and environmental justice in Chilean water policy.

The study analyzed rainfall interception in early, intermediate, and late successional stages of tropical dry forests in Costa Rica and Brazil. In Brazil's Mata Seca State Park, net rainfall remained relatively stable between 79.3% and 85.4% across stages, influenced by high liana density. In Costa Rica's Santa Rosa National Park, net rainfall decreased significantly as succession progressed, from 87.5% in early stages to 63.4% in late stages, correlating negatively with the plant area index.

The research identifies litter seed banks and juvenile banks, rather than soil seed banks, as the primary reservoirs for woody species regeneration in the Chaco forest. While these reservoirs align with established vegetation in low-intensity areas, their capacity to support resilience declines as land-use intensity increases.

The Institute for Economic Justice (IEJ) conducted a mixed-methods study involving 900 survey respondents and 58 interviews in Durban and rural North West to analyze exclusions from the SRD grant. The research found a monthly average erroneous exclusion rate of 89.7% among eligible respondents, with only 10.3% of eligible participants receiving payments. Key drivers of exclusion include a flawed bank verification system that counts non-income inflows (such as child maintenance or loans) as 'means', digital barriers due to online-only applications, and language barriers from an English-only process. The study highlights that marginalized groups—including women, rural dwellers, and those with lower education levels—are at higher risk of exclusion. Furthermore, 98% of 10 million grant appeals in the 2023/24 financial year were unsuccessful. The IEJ recommends transitioning toward a universal basic income, reforming the appeals process, and increasing grant values to align with the food poverty line.

The document examines Zimbabwe's position as Africa's largest holder of lithium reserves amidst a global surge in demand for critical raw materials for electric vehicle batteries. It argues that while lithium mining offers a path to upper-middle-income status by 2030, the country faces significant risks from corruption, resource leakage, and a lack of industrial capacity for local beneficiation. The paper highlights the dominance of Chinese investment and the challenges of artisanal mining conflicts. It recommends strengthening tax regimes, mandating technology transfer, and pursuing regional collaboration to move beyond the export of unprocessed ores.

The document analyzes how corruption facilitates environmental damage by bypassing laws and influencing resource management. Through case studies in Madagascar, Peru, and Vietnam, it finds that anti-corruption efforts often fail when they are treated as secondary project goals, rely on purely technical solutions, or ignore the complex political dynamics and power imbalances inherent in resource governance. The report recommends strengthening risk analysis, improving donor coordination, supporting civil society and indigenous defenders, and enhancing transnational data availability to combat environmental corruption.

The document analyzes corruption in renewable resource management through case studies in Madagascar, Peru, and Vietnam, arguing that technical solutions often fail because they ignore the political ecology and power dynamics of resource control. It recommends strengthening risk analysis, improving donor coordination, supporting human rights defenders, and enhancing transnational law enforcement data.

The report analyzes the impact of corruption on renewable resource management through case studies in Madagascar, Peru, and Vietnam. It argues that anti-corruption efforts often fail because they are treated as secondary, technical goals rather than central political challenges. The document highlights how corruption facilitates environmental damage by bypassing laws and enabling illegal resource extraction. Key findings suggest that community-based management and technical solutions like e-payments are insufficient without addressing structural power dynamics, land insecurity, and the global nature of resource supply chains. The report concludes with five recommendations for conservation practitioners and donors, emphasizing risk management, donor coordination, support for civil society, protection of indigenous defenders, and the creation of global data systems for transnational law enforcement.

Researchers found that climate hazards like flooding and drought drive migration from rural to peri-urban areas in Namibia. While migration provides benefits such as better access to electricity and educational opportunities, it creates human capital deficits in origin communities, often increasing the labour burden on women.

The study finds that consumers in Spain pay an 11% price premium for high energy-efficiency washing machines, an increase from 4.15% in 2012. Using a hedonic price model on 739 market observations, the authors identify that brand reputation, spin-drying performance, and built-in designs are also significant price drivers.

The document examines the governance of Lephalale, a mining town in Limpopo, South Africa, arguing that the municipality's lack of land ownership and institutional capacity has allowed private mining interests, specifically Exxaro and Eskom, to maintain control over urban development. It highlights how the Medupi power station project exposed these weaknesses, leading to the creation of the Lephalale Development Forum (LDF), which the author describes as a parallel administration that prioritizes corporate interests over democratic spatial integration.

The report examines how firms utilize services to support circular economy activities and the impact of digitalization on this transition. Based on a survey of 96 firms, it finds that a high proportion of small and medium-sized enterprises engage in international services trade, particularly through digital trade and offshore commercial presence. While 40% of respondents faced no barriers, others identified regulatory differences concerning waste treatment and environmental impact reporting as significant obstacles to trade.

The research finds a positive correlation between energy and resource misallocation in Brazilian industry, suggesting that improving the allocation of resources to the most productive firms would simultaneously increase aggregate productivity and energy efficiency. Using data from 2007 to 2015, the authors demonstrate that resource misallocation increased over this period, acting as the primary barrier to productivity growth. While the potential aggregate output gains from fully equalizing revenue productivity are substantial, ranging from 77.9% to 96.2%, the analysis reveals that capital distortions are significantly more impactful than electricity distortions in generating these losses. The study concludes that broad industrial policies targeting these binding distortions are more effective for improving aggregate energy efficiency than firm-level initiatives.

A study of the first waste incineration plant in Estonia and the Baltic States found that the biomass fraction of combusted municipal waste is approximately 52% on a dry weight basis. Fossil carbon accounts for about 40% of total carbon on a wet weight basis, resulting in annual average fossil CO2 emissions of approximately 429 kg per ton of combusted waste. Accurate determination of these ratios is essential for government subsidies and CO2 charging under Estonian legislation.