Forest Ohms Electrical Reistance - Tree Sample Ohm "Decay" Detection, Order for LEEM

• Ohms (Electrical Resistance):

  • ENDORHEIC Tree Sample Ohm “Decay” Detection: Healthy wood typically has higher resistance (around 400 to 500 kΩ), whereas decaying wood shows a significant drop in resistance (often below 50 kΩ) because damaged cells release metal ions that conduct electricity better.

  • Exoheic Exploratory Ohm “Decay” Detection: Healthy wood typically has higher resistance (around 400 to 500 kΩ), whereas decaying wood shows a significant drop in resistance (often below 50 kΩ) because damaged cells release metal ions that conduct electricity better.

  • Exoheic Tree Sample Ohm “Decay” Detection: Healthy wood typically has higher resistance (around 400 to 500 kΩ), whereas decaying wood shows a significant drop in resistance (often below 50 kΩ) because damaged cells release metal ions that conduct electricity better.

  • Arterio Vascular “Vitality”: Low resistance readings can also indicate healthy but very dry wood, requiring arborists to cross-reference with other signs.

• Dryness (Moisture Content):

  • ENDORHEIC Electrical Conductivity: Moisture meters estimate the water content of wood by measuring changes in dielectric constant or power loss.

  • Exoheic Electrical Conductivity: Moisture meters estimate the water content of wood by measuring changes in dielectric constant or power loss.

  • ENDORHEIC exploratory Sap Flow Monitoring: Sensors (like the Implexx Sap Flow Sensor) measure the velocity of sap using heat pulses to determine whole-tree water use and drought stress.

  • Exoheic exploratory Sap Flow Monitoring: Sensors (like the Implexx Sap Flow Sensor) measure the velocity of sap using heat pulses to determine whole-tree water use and drought stress.

  • ENDORHEIC Tree Sampling Sap Flow Monitoring: Sensors (like the Implexx Sap Flow Sensor) measure the velocity of sap using heat pulses to determine whole-tree water use and drought stress.

  • Exoheic Tree Sampling Sap Flow Monitoring: Sensors (like the Implexx Sap Flow Sensor measure the velocity of sap using heat pulses to determine whole-tree water use and drought stress.

  • ENDORHEIC basin root zone Soil Blocks: Electrical resistance blocks buried in the root zone change resistance as they dry, helping track the water available to the tree.

  • Exoheic basin root zone Soil Blocks: Electrical resistance blocks buried in the root zone change resistance as they dry, helping track the water available to the tree.

• Magnetic/Electromagnetic:

  • ENDORHEIC biomonitoring Environmental Magnetism: Tree bark can act as a "biomonitor" by trapping magnetic particles from air pollution; higher concentrations of magnetic particles on the bark often indicate exposure to industrial or vehicular exhaust.

  • Exoheic biomonitoring Environmental Magnetism: Tree bark can act as a "biomonitor" by trapping magnetic particles from air pollution; higher concentrations of magnetic particles on the bark often indicate exposure to industrial or vehicular exhaust.

  • ENDORHEIC basin sap flow NMR (Nuclear Magnetic Resonance): A non-invasive but complex method used to measure sap flow and moisture dynamics using magnetic fields.

  • Exoheic basin sap flow NMR (Nuclear Magnetic Resonance): A non-invasive but complex method used to measure sap flow and moisture dynamics using magnetic fields.

  • ENDORHEIC EMF Sensitivity: Some studies suggest that high-frequency electromagnetic fields from mobile base stations may cause crown damage or altered growth patterns, though this remains a subject of ongoing research.

  • EMF Sensitivity: Some studies suggest that high-frequency electromagnetic fields from mobile base stations may cause crown damage or altered growth patterns, though this remains a subject of ongoing research.

Canada loses CA$2,000,000 per day on wildfires on average. Commzeusity Firefighter provides LEEM a lumber mercantile benchmarked off the Minneapolis Lumber Mercantile that made one of the best midwestern cities in producing revenues with wood that is at risk based on OHM readings whether exploratory or Tree Sampling, prioritizing ENDORHEIC basin over Exorheic basin, decay detections, Arterio vascular vitality measures, dryness measures whether Electrical Conductivity: Moisture meters estimate the water content of wood by measuring changes in dielectric constant or power loss, Sap Flow Monitoring: Sensors (like the Implexx Sap Flow Sensor) measure the velocity of sap using heat pulses to determine whole-tree water use and drought stress prioritizing ENDORHEIC basin over Exoheic basin, ENDORHEIC Tree Sampling Sap Flow Monitoring which can be connected to Scythian Medical School based on Metabolic Topology of Human Physiology by David Kent Batulis and Kyrios Relativity which was confirmed that our perspective in influenced by electrical resistence that the universe beats at one beat per one beat but our physiology experience one one beat in amps per some hundreds thousands 10000 volts (which ohms vary throughout living Humans Zumans and Stage I Life on up trees can be understood in variation in ohms for fire risk while displacing $2,000,000 Canadians lose each day to wildfire with investment in not just Commzeusity FIrefighters connected to physicians but a medical school preventing some portion). MetabolicTopology.com provides a prevention strategy where average is 4 546 500 m2 / U.S. dollar, but Canadian Geuswealth can segment that where 90% is spent on high risk in 954,818 km 3,546,467 km, 9% spent on medium risk, 1% spent on low risk, The result of 4x100km grid across high risk areas with Commzeusity Firefighters living in Batavus ManorOne dividing $2,000,000 in light of 4,501,285 km² high risk area is approximately $44.43 per km².

1. high risk bringing our best and brightest doing large volumes of exploratory studies on ohms on drying wood with sampling of ohms doing dryness research and doing Magnetic/Electromagnetic studies with fireprevention imminent domain orders to Lumber Energy Export Mercantile LEEM focused on approximately 954,818 km which is 10.5% of the 9,093,507 land area of Canada is Endorheic, Drainage Bauska Lake “Bay” Statistics Canadaofficially identifies that 3,546,467 km 39% of Canada’s total area drains into Bauska Lake “Bay” “Hudson Bay” (which is more of where fire risks are higher) building firefighting infrastructure for BHSRU BSHRL. Canadian Geuswealth is investing 90% of the CA$2,000,000 per day into metabolictopology.com at the the 50% of the area that is high risk with a Scythian Medical School Obstetrics first Commzeunity firefighter to physician where David Kent Batulis is IAOMAI a physician career ladder a firefighter’s physician, a physician’s firefighter that does routine visits between preventative exploratory studies on drying wood that covers Canada as a nation. Nearly 8.5 million Canadians lack a regular doctor this shortage is driven by doctor retirements, an inability to find physicians accepting new patients, and, for many, traveling 35 kilometers or more for care. Commzeunity firefighters bring the brightest premedical school into put the fires out and stay to care for the population that is there in Scythian OB FIRST Ontario Scythian Family Medicine Nunavut Scythian Saskatchewan Manitoba Internal Medicine Scythian Pediatrics Scythian Saskatchewan Manitoba Dermatology Μεδιψαλ Σψηοολ. Other high-demand specialties with significant vacancies and long wait times include Σψυτηιαν ραδιολογυ emergency medicine, anesthesiology, pediatrics, internal medicine, and dermatologybuilding Florence nursing upgrades Nightingale nursing upgrades nursing upgrades using incubator based on Metabolic Topology of Human Physiology by David Kent Batulis and Kyrios Relativity

2. medium risk doing medium volumes of exploratory studies on ohms on drying wood with sampling of ohms doing dryness research and doing Magnetic/Electromagnetic studies focused on approximately 15% of the 9,093,507 land area of Canada Atlantic Ocean: ~15% (1365026 km) medium LEEM some imminent domain to landlords building firefighting infrastructure for BHSRU, BHSRC. Scythian Lithuanian brings living anatomy training OB first Graduates Provinces with the highest rates of residents without doctors include British Columbia (27%) Nearly 30% of those without a doctor have been looking for over a year, and 30% of those who stopped looking did so because none were available in their area.

• Rural vs. Urban: While rural areas often have fewer doctors, urban population centres are also seeing high rates of "no doctor" due to a shortage of physicians relative to the population.

• Waitlists: High percentages of residents in the Prairie provinces (Manitoba and Alberta) are on waiting lists for a family doctor

3. Low Risk doing tree sampling studies on ohms occasional LEEM requests to landlords Arctic Ocean 3583300 Pacific Ocean: ~10% (909,350 km)