The Way Out.......Is IN (An Introduction to Sant Mat Spirituality and Meditation), by Swami Ram Bihari Lal, disciple of Baba Gharib Das, a Perfect Saint and disciple of Param Sant Soami Ji o…Full description
book reportFull description
The Way Out.......Is IN (An Introduction to Sant Mat Spirituality and Meditation), by Swami Ram Bihari Lal, disciple of Baba Gharib Das, a Perfect Saint and disciple of Param Sant Soami Ji of Agra,...
The Way Out is IN, a Radhasoami classic by Swami Ram Behari LalFull description
The Devil is in the details... but God is in the cards! This is the instructional follow-up manual to the original "54 Names of God," an inspired introduction to divination through playing cards. "...
dr seuss
EnglishFull description
EnglishDescripción completa
Motion in Two DimensionsFull description
This Application Note describes the use of energy and the potential energy savings in the hospital sector, on the basis of theory and practical case studies. Hospitals represent some 6% of total en...Full description
This paper outlines the available energy resources in India and how these resources can be put to optimum use for various requirements. It also lists the major guidelines to build up self dependent...
Risk & Insurance Management Energy Crisis & Its Impact on our Economy “Energy Crisis and Its Impact on our Economy” What is Crisis? Crises have four defining characteristics that are "speci…Full description
The Energy metabolism in in fsh is similar to that in mammals and and birds with two two notable exceptions. These exceptions are:
(a) fsh do not expend energy to maintain a body temperature dierent rom rom that o their environment and (b) the excretion o waste nitrogen re!uires re!uires less energy in fsh than it does in homeothermic land animals. "xygen levels may be reduced because o warm water temperatures and poor #ushing. (a) Temperature. $s environmental temperature declines homeotherms must increase their metabolic rate to compensate or the additional heat loss i they are to maintain a constant body temperature. %ost reshwater fsh do not attempt to maintain a body temperature which is dierent rom the environment. $s water temperature declines& body temperature o the fsh declines and metabolic rate is reduced. The low metabolic rate at low temperatures enables fsh to survive or long periods under ice where little ood is available. There is considerable species dierence in metabolic adaptation to environmental temperature changes. Each species seems to have a preerred temperature temperature at which it unctions most e'ciently. e'ciently. temperature gradients exist& the fsh will see the most avourable temperature. *sually this is th e temperature at which the dierence between maintenance re!uirement and voluntary ood intae is greatest and at which optimum e'ciency o growth occurs. Temperature Temperature aects eeding& eeding& reproduction& reproduction& and metabolism metabolism o a!uatic animals even a wee or two o high high temperatures may mae mae streams and other shallow water unsuitable or sensitive a!uatic organisms& even though temperatures are within tolerable levels throughout the rest o the year. year. +ot only do dierent species have dierent re!uirements& but optimum habitat temperatures may change depending on the stage o lie. ,ish larvae and eggs usually have h ave narrower temperature re!uirements than do adult fsh The vernal decline decline o oxygen content content in slow-#owing streams streams may be attributed to the action o spring #oods in removing vegetation and to the increased rate o decay o organic material with increasing water temperature. ,urther ,urther decreases in oxygen content toward late summer are
due to one or more actors. igh temperature water& reaching a maxinum in late summer& holds less oxygen in solution decreased discharge results in diminished physical mixing and reoxygenation and greater decomposition o naturally produced organic material uses some o the available oxygen
( a) los peces no gastar energ/a para mantener una temperatura corporal dierente de la de su entorno y ( b ) la excreci0n de nitr0geno residual re!uiere menos energ/a en el pescado !ue lo hace en los animales terrestres homeotermos . 1os niveles de ox/geno pueden reducirse a causa de la temperatura del agua caliente y pobre lavado. ( a) la temperatura. 2omo la temperatura ambiental disminuye homeotermos tienen !ue aumentar su tasa metab0lica para compensar la p3rdida de calor adicional si son para mantener una temperatura corporal constante . 1a mayor/a de los peces de agua dulce no tratan de mantener una temperatura corporal !ue es dierente de el medio ambiente. 2omo la temperatura del agua disminuye & se reduce la temperatura corporal de los descensos de peces y la tasa metab0lica . 1a tasa metab0lica ba4a a ba4as temperaturas permite a los peces para sobrevivir durante largos per/odos ba4o el hielo & donde la poca comida disponible . Existe una considerable dierencia de las especies en la adaptaci0n metab0lica a los cambios de temperatura ambientales . 2ada especie parece tener una temperatura preerida en la !ue unciona m5s efcientemente. 6i existen gradientes de temperatura & los peces buscar5 la temperatura m5s avorable . 7or lo general& esta es la temperatura a la !ue la dierencia entre la necesidad de mantenimiento y la ingesta voluntaria de alimentos es mayor y en !ue se produce la efciencia 0ptima de crecimiento. 1a temperatura aecta la alimentaci0n& reproducci0n & y el metabolismo de los animales acu5ticos incluso una semana o dos de las altas temperaturas pueden hacer arroyos y otras aguas poco proundas inadecuado para los organismos acu5ticos sensibles& a pesar de !ue las temperaturas est5n dentro de los niveles tolerables de todo el resto del a8o . +o s0lo las dierentes especies tienen dierentes re!uisitos & pero las temperaturas 0ptimas de h5bitat pueden cambiar dependiendo de la etapa de la vida . 1as larvas de peces y los huevos por lo general tienen re!uisitos de temperatura m5s estrechos !ue hacen los peces adultos 1a disminuci0n vernal de contenido de ox/geno en las corrientes de #u4o lento puede ser atribuido a la acci0n de las inundaciones de primavera en la eliminaci0n de la vegetaci0n y al aumento de la tasa de descomposici0n de la materia org5nica con el aumento de temperatura del agua. "tras disminuciones en el contenido de ox/geno hacia fnales del verano se deben a uno o m5s actores . $gua de alta temperatura & alcan9ando un maxinum a fnales del verano & tiene menos ox/geno en la soluci0n disminuci0n de los resultados de descarga en me9cla /sica disminuida y reoxigenaci0n y una mayor descomposici0n de material org5nico producido naturalmente utili9a parte del ox/geno disponible