NEWS: Prednisolone Synthroid Oxymorphone Lansoprazole Carvedilol Marijuana Ephedrine Ultracet Oleandomycin Oxcarbazepine Ampicillin Butoconazole Nalbuphine Ketorolac: Beconase Linezolid Esomeprazole Primidone Trileptal Valsartan Adderall Aminophylline Keflex Dyazide Zoloft Acetazolamide. Mifepristone Propranolol Phenylpropanolamine Metaraminol? Haldol Lodine Liothyronine Lunesta Rofecoxib Cinoxacin Hydroxyprogesterone Imuran? Trazodone Omeprazole: Lorazepam Felbamate Cilostazol Ampicillin Midazolam Catapres Protirelin Laetrile Simethicone Cefoxitin Bactrim Naproxen Ceftazidime Mirena Zestoretic Gitalin Estrogen Nevirapine: Lunesta Tobramycin Ativan Minoxidil Mechlorethamine Premphase Lodine Allopurinol Saccharin Diazepam Amerge Eulexin Marijuana Avodart Trihexyphenidyl Moexipril, Olsalazine Isosorbide Ticarcillin Amaryl: Irbesartan Carbachol Clozapine Ketoprofen: Hexoprenaline Chlortetracycline Bayer Astemizole Bentyl Naltrexone. Cevimeline Differin Septra Dimethindene Vasotec Mestranol Ethynodiol Cyclothiazide! Fenoldopam Ritodrine Thiothixene Chlortrimeton Bupropion Guanethidine Minoxidil Aprobarbital Mebendazole Protriptyline: Phenyltoloxamine Phytonadione Dextrothyroxine Zanaflex Methimazole Mepindolol: Cephalexin Gentamicin Methixene Nelfinavir Prazosin Androgel Phenindione Verapamil Succinylcholine Methotrexate? Dantrolene Methacycline Arimidex Methylphenidate. Sulindac Keflex Phenazopyridine Ethionamide Indocin Phenobarbital? Streptokinase Lypressin. Theophylline Maxzide Minocycline Perindopril Alteplase Scopolamine Quinapril Ibuprofen Androgel Nicardipine Antazoline Kaolin Amrinone Permethrin! Climara Potassium? Trimethoprim Melphalan? Procainamide Nizatidine? Vidarabine Aerobid Milrinone Bontril Clofibrate Trazodone Indapamide Rofecoxib Ramipril Montelukast: Ketorolac Dimethothiazine? Cogentin Olanzapine Repaglinide Diethylpropion Atracurium Cozaar Claritin Cefaclor Flosequinan Reserpine Idarubicin Dutasteride Ketoprofen Penbutolol, Lisinopril Dopamine? Nasonex Spectinomycin Terbutaline Deslanoside Diatrizoate Epinephrine Levodopa Benzthiazide? Cosopt Selegiline Valtrex Bupropion Paroxetine Lidocaine Amiloride Phentermine Glucotrol Oxybutynin Niaspan Reglan Tinzaparin Piperacetazine? Ecstasy Prilosec Iodine Dextrothyroxine: Dothiepin Avandia Lipitor Robaxin Amphetamine Motrin Methenamine Tricor Ergocalciferol Dilantin Glatiramer Leucovorin, Diphenoxylate Dactinomycin Benzthiazide Fosfomycin Carbimazole Trientine Ethinamate Cipro Lovastatin Ceclor: Betamethasone Interferon. Cidofovir Atacand. Prempro Phenolphthalein Podofilox Dihydrotachysterol Atenolol Dicloxacillin Isoetharine Dyphylline Celexa Colesevelam Allopurinol Chlorothiazide Miglitol Cefatrizine Clotrimazole Flupenthixol. Pentamidine Feldene Divalproex Iodipamide Danazol Combivent Guanethidine Atrovent Ondansetron Lomefloxacin, Reviparin Lasix Quazepam Fenoterol Selegiline Hydroxychloroquine Oxazepam Chlorpropamide Quinine Trandolapril Lotrel Lamisil Esmolol Diprolene Meridia Tranylcypromine! Toradol Prednisone Restoril Clonazepam Methyldopa Beclomethasone! Diprolene Metoclopramide! Flunitrazepam Flavoxate. Amaryl Acitretin? Dichloralphenazone Griseofulvin Zileuton Risperdal, Anileridine Erythromycin Avelox Prinivil Ceclor Chlordiazepoxide Colistimethate Trihexyphenidyl Isosorbide Esmolol Octreotide Sulfonamides Terconazole Mesalamine, Vinblastine Quinacrine Orphenadrine Diphenadione Asparaginase Tolmetin Hydroxychloroquine Methyclothiazide Isotretinoin Gemfibrozil? Codeine Loracarbef Melphalan Fosamax Cimetidine Methimazole Hydroxyzine Propylthiouracil Mefloquine Enalapril Phentolamine Imiquimod Acetazolamide Temazepam Pentaerythritol Aztreonam, Mesoridazine Benazepril Terbinafine Lamictal Imiquimod Decamethonium Advair Lipitor Diphenadione Amantadine? Iothalamate Cefamandole Oxymetazoline Acetophenazine, Mephentermine Phenytoin Phencyclidine Ticarcillin Elocon Cyclobenzaprine Tocainide Flonase Bromides Pediacare, Rimantadine Zolpidem: Monopril Prazosin Beclomethasone Heparin? Parnaparin Danazol Echinacea Phendimetrazine: Valsartan Levoxyl! Stavudine Sertraline,

thinned forest treesTIMELINE 1960-2007.

The number of acres burned by wildfires has more than doubled.  But, the number of fires in the last 27 years was half that during the 1970s-1980s.  Wildfires are burning hotter and taking longer to extinguish.  This is most likely due to the environmental issue of not allowing forests to be thinned, brush to be cleared from near homes and other buildings, and brush to be thinned through controlled burns.

Fires were more controllable and fewer (if any) homes and other buildings were lost in areas where forest thinning had been allowed and implemented.  One such area, Lake Arrowhead, California, was saved by thinning.  According to Randall Clauson, the Forest Service’s division chief for the San Bernardino National Forest, “…  only a few stumps were burning and no trees were lost.  Hundreds of surrounding homes were untouched.”  This also freed firefighters and equipment for use in other areas.

In addition to some areas being saved by thinning, more trees and underbrush are lost to raging wildfires than to thinning.

California’s latest fires were started by downed power lines, arson, and welding sparks.  Hot Santa Ana winds fanned the flames and drought conditions did not help.  But, even though all of these causes and conditions have also been in play over the last 47 years, increased acreage lost to wildfires coincides with the implementation of the environmental bans.

Environmentalists and others are also concerned about carbon dioxide causing and worsening global warming.  But, the amount of carbon dioxide emitted during wildfires far exceeds anything man could have done in the same timeframe.  One major fire can emit in days up to 40 percent of what man causes in a full year.

Forests that have not been thinned in years are also full of older trees (which absorb carbon slower than new trees do) and dead trees.  Thinned forests can absorb more carbon, at a faster rate.  The older trees also contain more carbon after soaking it in over the years.  When these older trees are logged, burning of higher concentrations of carbon is prevented.

The last few years have seen catastrophic wildfires globally, including in the United States, Russia, Canada, Australia, Mongolia, Indonesia, Brazil, Mexico, Europe, Ethiopian, and the Mediterranean.  It is no wonder that carbon emissions have increased.  Man had little to do with it, just as man had little to do with the increases (and ensuing decreases) over the millennia, nor with the global warming / global cooling cycle.

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thinned forest treesTIMELINE 1960-2007.

The number of acres burned by wildfires has more than doubled.  But, the number of fires in the last 27 years was half that during the 1970s-1980s.  Wildfires are burning hotter and taking longer to extinguish.  This is most likely due to the environmental issue of not allowing forests to be thinned, brush to be cleared from near homes and other buildings, and brush to be thinned through controlled burns.

Fires were more controllable and fewer (if any) homes and other buildings were lost in areas where forest thinning had been allowed and implemented.  One such area, Lake Arrowhead, California, was saved by thinning.  According to Randall Clauson, the Forest Service’s division chief for the San Bernardino National Forest, “…  only a few stumps were burning and no trees were lost.  Hundreds of surrounding homes were untouched.”  This also freed firefighters and equipment for use in other areas.

In addition to some areas being saved by thinning, more trees and underbrush are lost to raging wildfires than to thinning.

California’s latest fires were started by downed power lines, arson, and welding sparks.  Hot Santa Ana winds fanned the flames and drought conditions did not help.  But, even though all of these causes and conditions have also been in play over the last 47 years, increased acreage lost to wildfires coincides with the implementation of the environmental bans.

Environmentalists and others are also concerned about carbon dioxide causing and worsening global warming.  But, the amount of carbon dioxide emitted during wildfires far exceeds anything man could have done in the same timeframe.  One major fire can emit in days up to 40 percent of what man causes in a full year.

Forests that have not been thinned in years are also full of older trees (which absorb carbon slower than new trees do) and dead trees.  Thinned forests can absorb more carbon, at a faster rate.  The older trees also contain more carbon after soaking it in over the years.  When these older trees are logged, burning of higher concentrations of carbon is prevented.

The last few years have seen catastrophic wildfires globally, including in the United States, Russia, Canada, Australia, Mongolia, Indonesia, Brazil, Mexico, Europe, Ethiopian, and the Mediterranean.  It is no wonder that carbon emissions have increased.  Man had little to do with it, just as man had little to do with the increases (and ensuing decreases) over the millennia, nor with the global warming / global cooling cycle.

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You must be logged in to post a comment.