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What investigatory project can i make out of madre cacao plants?
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What is theory supersonic turbulence?
Theory about farts.
Ted Isaac's main focus in life is?
tu madre huey :P stop cheating on cyber high
What is the average speed if a train travels 225 kilometers in 2.5 hours?
equals 105 km divided by 80 min times 60 equals 78 kilometers per hour
What happens at a reverse fault?
Where fault blocks collide into each other. The most prominent example of this are the Himalayan Mountains formed by the collision of the Indian plate and the Eurasian Plate making what is called a folded mountain.
What do the particles look like in a liquid when it's evaporating?
he study focused on deposits formed under two conditions of two extremes of fluid flow; quiescent settling and deposition from turbulent flow. This work was to answer specific questions including: "What does the interface look like?"; "What are the transport mechanisms that determine rate of deposition and the structure of the interface?"; and "What are the kinetics of formation of various portions of the interface?". One premise of the work was that the morphology of the interface is intimately related to, and in some cases predictable from the characteristics of the suspended particles and the local fluid flow. This study yields critical information needed to calculate mass transport across the sediment/water "boundary", to interpret data obtained from sediment cores, to determine sampling protocols for sediments, and to assess sediment remediation schemes. Approach:This work combined models for particle transport and transformation to describe the formation of the sediment/water interface under conditions in which particle deposition rather than resuspension dominate the overall flux of particles to and from sediment. The work was compose of four interrelated tasks: 1) particle deposition under different conditions of fluid flow experiments performed using laboratory suspensions of particles of various sizes and surface chemistries; 2) similar experiments were conducted using sediment material collected from Galveston Bay or another source; 3) experimental results were compared with numerical simulations of the deposition process; and 4) to better define the chemistry of the colloidal and fineparticle phases that exist in Galveston Bay.Publications and Presentations:Publications have been submitted on this subproject: View all 7 publications for this subproject | View all 426 publications for this centerJournal Articles:Journal Articles have been submitted on this subproject: View all 4 journal articles for this subproject | View all 113 journal articles for this centerSupplemental Keywords:deposition, fluid flow, and suspended particles. , Ecosystem Protection/Environmental Exposure & Risk, Water, Scientific Discipline, Waste, RFA, Chemical Engineering, Analytical Chemistry, Hazardous Waste, Environmental Engineering, Fate & Transport, Environmental Chemistry, Contaminated Sediments, Hazardous, Ecology and Ecosystems, heavy metals, remediation, risk assessment, contaminant transport models, biodegradation, biotransformation, fate and transport, soil and groundwater remediation, aquifer fate and treatment, deposit morphology, technical outreach, chemical kinetics, contaminated sediment, anaerobic biotransformation, environmental technology, hazardous waste management, marine sediments, contaminated soil, bioremediation of soils, contaminated marine sediment, hazardous waste treatment, hydrology, sediment treatment, technology transfer, kinetics, chemical contaminantsProgress and Final Reports:Final ReportMain Center Abstract and Reports:R825513 HSRC (1989) - South and Southwest HSRCSubprojects under this Center: (EPA does not fund or establish subprojects; EPA awards and manages the overall grant for this center).R825513C001 Sediment Resuspension and Contaminant Transport in an Estuary.R825513C002 Contaminant Transport Across Cohesive Sediment Interfaces.R825513C003 Mobilization and Fate of Inorganic Contaminant due to Resuspension of Cohesive Sediment.R825513C004 Source Identification, Transformation, and Transport Processes of N-, O- and S- Containing Organic Chemicals in Wetland and Upland Sediments.R825513C005 Mobility and Transport of Radium from Sediment and Waste Pits.R825513C006 Anaerobic Biodegradation of 2,4,6-Trinitrotoluene and Other Nitroaromatic Compounds by Clostridium Acetobutylicum.R825513C007 Investigation on the Fate and Biotransformation of Hexachlorobutadiene and Chlorobenzenes in a Sediment-Water Estuarine SystemR825513C008 An Investigation of Chemical Transport from Contaminated Sediments through Porous Containment StructuresR825513C009 Evaluation of Placement and Effectiveness of Sediment CapsR825513C010 Coupled Biological and Physicochemical Bed-Sediment ProcessesR825513C011 Pollutant Fluxes to Aquatic Systems via Coupled Biological and Physicochemical Bed-Sediment ProcessesR825513C012 Controls on Metals Partitioning in Contaminated SedimentsR825513C013 Phytoremediation of TNT Contaminated Soil and GroundwatersR825513C014 Sediment-Based Remediation of Hazardous Substances at a Contaminated Military BaseR825513C015 Effect of Natural Dynamic Changes on Pollutant-Sediment InteractionR825513C016 Desorption of Nonpolar Organic Pollutants from Historically Contaminated Sediments and Dredged MaterialsR825513C017 Modeling Air Emissions of Organic Compounds from Contaminated Sediments and Dredged Materials title change in last year to "Long-term Release of Pollutants from Contaminated Sediment Dredged Material"R825513C018 Development of an Integrated Optic Interferometer for In-Situ Monitoring of Volatile HydrocarbonsR825513C019 Bioremediation of Contaminated Sediments and Dredged MaterialR825513C020 Bioremediation of Sediments Contaminated with Polyaromatic HydrocarbonsR825513C021 Role of Particles in Mobilizing Hazardous Chemicals in Urban RunoffR825513C022 Particle Transport and Deposit Morphology at the Sediment/Water InterfaceR825513C023 Uptake of Metal Ions from Aqueous Solutions by SedimentsR825513C024 Bioavailability of Desorption Resistant Hydrocarbons in Sediment-Water Systems.R825513C025 Interactive Roles of Microbial and Spartina Populations in Mercury Methylation Processes in Bioremediation of Contaminated Sediments in Salt-Marsh SystemsR825513C026 Evaluation of Physical-Chemical Methods for Rapid Assessment of the Bioavailability of Moderately Polar Compounds in SedimentsR825513C027 Freshwater Bioturbators in Riverine Sediments as Enhancers of Contaminant ReleaseR825513C028 Characterization of Laguna Madre Contaminated Sediments.R825513C029 The Role of Competitive Adsorption of Suspended Sediments in Determining Partitioning and Colloidal Stability.R825513C030 Remediation of TNT-Contaminated Soil by Cyanobacterial Mat.R825513C031 Experimental and Detailed Mathematical Modeling of Diffusion of Contaminants in FluidsR825513C033 Application of Biotechnology in Bioremediation of Contaminated SedimentsR825513C034 Characterization of PAH's Degrading Bacteria in Coastal SedimentsR825513C035 Dynamic Aspects of Metal Speciation in the Miami River Sediments in Relation to Particle Size Distribution of Chemical HeterogeneityTop of pageThe perspectives, information and conclusions conveyed in research project abstracts, progress reports, final reports, journal abstracts and journal publications convey the viewpoints of the principal investigator and may not represent the views and policies of ORD and EPA. Conclusions drawn by the principal investigators have not been reviewed by the Agency.
What can be a good investigatory project about ecology?
one investigatory project is the leaf of "madre de cacao" u can use that as dog shampoo it can kill ticks and that is also anti-itching!
What is the Significance of the study about madre cacao leaves as fertilizer?
the significance of the about madre cacao leaves as a fertilizer s to be able to know of what are the effects on it to the plants growth
What is madre de cacao?
madre de cacao is a nun from the temple of buddha
What makes madre de cacao feasable as food source of fish?
..Madre de cacao is very possibe to be a food source of fish..just extract the madre de cacao and put it in a basket then in a fridge if it is frozen..then grind it then its finish
Uses of Madre De cacao?
One use of Madre de Cacao is as an infection topical cream. It also is used as a paste to bathe animals and infants.
How do you make madre de cacao to kill the tick and fleas?
Yes, since Madre de Cacao contains tannins, which is considered as antibacterial and insecticidal.
What is the component of madre de cacao leaves?
The component of madre de cacao leaves is tannins. Tannins is also found in tea leaves and known for its staining properties.
What wax from madre de cacao extract?
Cocoa butter.
Scientific name of madre cacao?
Kantutay - Scientific name: Lantana camara L.
How do you make floor wax using madre de cacao extract?
Mix Madre de cacao extract with water to make floor wax. You will need to grind the leaves and strain them before adding to the water.
Is madre de cacao essential as a termite repellent?
it is essential for the dampwood termites.
Does madre de cacao can heal wounds?
yes.! definitely. that's all . thank you.
