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Insight : From a distance, wind turbines may look like simple machines turning in the breeze. But behind each one lies years of strategic...

Insight : In a world urgently seeking alternatives to fossil fuels, agricultural waste continues to pile up across farms and fields....

Insight : In a world where legacy pollution continues to jeopardize ecosystems and human health, the need for scalable, science-based...

Insight : In an era marked by soil degradation and the urgent need for regenerative agriculture, finding sustainable ways to restore...

Insight : In a world where the nutrients that feed our crops can also choke our rivers, managing phosphorus has become a defining...

Insight: Leather tanning remains one of the most resource-intensive industries, with significant water and chemical use. Early in my...

Insight: In the early 2000s, environmental concerns in Colombia’s industrial corridors were escalating, yet few solutions addressed the...

Insight ; In today’s fragmented world, building bridges across cultures and generations is vital to solving global environmental...

Insight : In an era where the construction sector demands ever more materials and our landfills overflow with industrial waste, the need...

Insight : In a world where the construction industry still relies heavily on resource-intensive materials, urban waste continues to pile...

https://www.pwc.com/co/es/pwc-insights/finanzas-biodiversidad-colombia-panorama-rol.html

This article explores how biochar derived from corn cobs influences soil nitrogen and phosphorus levels, revealing that while it boosts ammonium and adjusts phosphorus availability, additional nitrogen may be needed to optimize crop yields.

This article introduces a novel, artifact-free method to generate plasma membrane vesicles from CHO cells using a hypertonic buffer without formaldehyde or DTT. The approach is validated through size distribution analysis and its effectiveness in studying membrane protein interactions is demonstrated.

Explores how vegetation can be used to clean up contaminated soil, water, and sediments through natural processes such as phytoextraction, rhizofiltration, and phytostabilization. This sustainable approach offers a low-cost, low-impact alternative to conventional remediation methods.

https://drive.google.com/drive/folders/1BpPr5OykexMntBcPz0CqYF2YCKTfIn_B

This study examines phosphorus release from stream sediments and soils in agricultural watersheds. It finds that while soils—especially those from manure-amended fields—are significant phosphorus sources, stream sediments contribute only minimally to water phosphorus loads.

This study explores bio-oil production from corn cobs via hydrothermal conversion. Optimal conditions yield 23.9% bio-oil, and adding crude glycerol boosts the yield to 36.3% while enhancing oil quality and gas composition.

This study focused on reducing water and raw material use in leather tanning processes through chromium precipitation and water recirculation during the liming and tanning stages. By treating and reusing wastewater, the process achieved over 99% chromium removal and allowed direct recirculation of liming water up to three times without affecting leather quality.

My thesis examined phosphorus (P) pollution in two agricultural watersheds in Kansas with different levels of animal farming: Upper West Emma Creek (UWEC) and Red Rock Creek (RRC). I analyzed P dynamics in stream sediments and upland soils to assess their contribution to water quality degradation. Results showed that stream banks, especially in UWEC, were major in-stream P sources due to erosion, while upland soils—particularly manure-amended fields—were key contributors in R