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  • SAP Business One: Your One Solution for All Your Multiple ERP Needs

    SAP Business One: Your One Solution for All Your Multiple ERP Needs

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    Over the years, Businesses and organizations around the world have worked to evolve and implement various techniques or tools in order to streamline their core business activities. SAP Business One is one of such software systems that unite various business functions like finance, operations, sales, inventory, and CRM(Customer Relationship management) into under one centralized system. While there are a number of software solutions available in the market for small business enterprises, SAP Business One is different from all of them to a big extent. Moreover, it’s a single application which is easier to manage and use in comparison to other software solutions. It’s not required to be installed and then integrating with various modules likes other business applications as well.

    Benefits of Choosing SAP one

    Big on Efficiency

    Achieving greater efficiency is always one of the core motives of any type of business in the current global markets as its helps the business to sustain and prosper for long. With SAP Business One you can collaborate with all the business functions into one thread. This more or less confirms no space for all those irrelevant data entries, expenses, and unwanted errors. With SAP Business One, you can always stay assured to achieve good levels of growth for your business. While all your business activities will then be streamlined, you can now focus on making better decisions for your business.

    Support decision making

    The time taken in decision making would get minimized once you would implement SAP Business One in your business operations. This further allows you to include including all your business information in a single database. While this also helps in getting the latest information updated in the systems, you can enjoy greater level of freedoms in your decision making processes.

    Understanding the value of time

    SAP Business One allows you to get started with your business activities in as less as 2 weeks time. The User interface of this software is easy to understand too and any employee would not take long to get used to it. You also don’t need to invest money in hiring an IT expert as you yourself can operate and troubleshoot the software.

    Reduced Costs

    The cost factor always remains the main focal point for any business or organization. With SAP Business One you can instantly eradicate additional costs that have incurred by using the traditional operating systems for your business purpose which while lacking efficiency, were high on cost. Moreover, as you will now be able to coordinate with various business functions simultaneously, you can have a greater control over your business as usual. Since extra costs will now be eliminated from your business activities, you can now think of doing some good investments to further help in the overall growth of your business.

    Increased Revenue

    While using the SAP Business One solutions, you can now work towards responding to your customers, vendors, and clients in a better manner with minimal time possible as you are now more than capable with all the information you need by using a single software application.

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    Source by Kapil Kapoor

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  • Saving Money and Heating the Home

    Saving Money and Heating the Home

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    Using Solar Heating costs can get expensive when the weather is cold, making it imperative to find ways to save money on heating your residence. Solar panels are used to collect energy from the sun and transform it into electricity that can be used throughout your home. This same solar energy technology can be used to heat your home.

    Heat collectors, or solar thermal systems, work similarly to solar power cells, except they absorb heat as well as light that is generated by the sun and uses it to heat the air or a liquid. This heated air or liquid is then used to transfer heat into your home. You have many options that allow you to enjoy a warm home and save money on gas and heating costs with solar energy.

    Passive Solar heating is highly effective on large windows that face south, allowing sunlight to stream into your home. Solar light and warmth are absorbed by the floors, walls, or any containers or dark-coloured items. When this warmth is absorbed, it raises the temperature in the home by several degrees. Since hot air rises, heat will spread through the entire home quite efficiently.

    Active Solar

    With active heating using solar energy, heat collectors that contain liquids or air will be used to collect heat from the sun. This warmth is stored much like solar panels store energy in their batteries. When you want to heat the home, the heated air is used to send warmth throughout the house or just individual rooms, depending on the system you have installed. Using liquids, the home is heated using a pump that allows the liquid to be moved though pipes in your home, bringing warmth.

    Liquid Active Solar using liquids requires pipes or tubing, a radiant slab system, to be installed underneath the floors or in the walls of your residence. To heat your home, the liquid is heated, and the warmth radiates from the pipes, causing temperature to increase. Other methods of heating the home, such as furnaces and hot water radiators, use stored hot water to provide heat in rooms. When using liquid active solar heat, water can be heated as well – saving you a ton of money.

    Combination Solar & Geothermal

    Solar collectors absorb warmth from the sun and store it to be used to heat the air, or even the water, in your home. Warmth can also be collected due to geothermal heating systems. These systems require water pipes to be installed near your home underneath the ground. They connect to heat pumps, transferring warm water from the ground so that it can be used in the home. Pairing geothermal systems and other solar heating methods can increase efficiency in areas with extreme cold or long periods with little sunlight.

    When it comes to solar power, there is no end to what can be accomplished. Not only can you save money heating your home with solar energy, you can heat water as well.

    For more information about solar energy and solar panels please check out these links.

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    Source by Edmund Brunetti

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  • Animal Self-Medication: Do Wild Animals Heal Themselves?

    Animal Self-Medication: Do Wild Animals Heal Themselves?

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    What do wild animals do when they get sick? Unlike domestic pets, animals in the wild have no access to the range of treatments provided by owners or vets. Do wild animals know how to heal themselves?

    Growing scientific evidence indicates that animals do indeed have knowledge of natural medicines. In fact, they have access to the world's largest pharmacy: nature itself. Zoologists and botanists are only just beginning to understand how wild animals use plant medicines to prevent and cure illness.

    There's a name for it

    The emerging science of Zoopharmacognosy studies how animals use leaves, roots, seeds and minerals to treat a variety of ailments. Indigenous cultures have had knowledge of animal self-medication for centuries; many folk remedies have come from noticing which plants animals eat when they are sick. But it is only in the last 30 years that zoopharmacognosy has been scientifically studied. Biologists witnessing animals eating foods not part of their usual diet, realized the animals were self-medicating with natural remedies.

    When a pregnant African elephant was observed for over a year, a discovery was made. The elephant kept regular dietary habits throughout her long pregnancy but the routine changed abruptly towards the end of her term. Heavily pregnant, the elephant set off in search of a shrub that grew 17 miles from her usual food source. The elephant chewed and ate the leaves and bark of the bush, then gave birth a few days later. The elephant, it seemed, had sought out this plant specifically to induce her labor. The same plant (a member of the borage family) also happens to be brewed by Kenyan women to make a labor-inducing tea.

    Chimps take their medicine

    Not only do many animals know which plant they require, they also know exactly which part of the plant they should use, and how they should ingest it. Chimpanzees in Tanzania have been observed using plants in different ways. The Aspilia shrub produces bristly leaves, which the chimps carefully fold up then roll around their mouths before swallowing whole. The prickly leaves 'scour' parasitical worms from the chimps intestinal lining.

    The same chimps also peel the stems and eat the pith of the Vernonia plant (also known as Bitter leaf). In bio-chemical research, Vernonia was found to have anti-parasitic and anti-microbial properties. Both Vernonia and Aspilia have long been used in Tanzanian folk medicine for stomach upsets and fevers.

    It is only the sick chimpanzees that eat the plants. The chimps often grimace as they chew the Vernonia pith, indicating that they are not doing this for fun; healthy animals would find the bitter taste unpalatable.

    Nature's pharmacy for all

    Wild animals won't seek out a remedy unless they need it. Scientists studying baboons at the Awash Falls in Ethiopia noted that although the tree Balanites aegyptiaca (Desert date) grew all around the falls, only the baboons living below the falls ate the tree's fruit. These baboons were exposed to a parasitic worm found in water-snails. Balanites fruit is known to repel the snails. Baboons living above the falls were not in contact with the water-snails and therefore had no need of the medicinal fruit.

    Many animals eat minerals like clay or charcoal for their curative properties. Colobus monkeys on the island of Zanzibar have been observed stealing and eating charcoal from human bonfires. The charcoal counteracts toxic phenols produced by the mango and almond leaves which make up their diet.

    Some species of South American parrot and macaw are known to eat soil with a high kaolin content. The parrots' diet contains toxins because of the fruit seeds they eat. (Even the humble apple seed contains cyanide.) The kaolin clay absorbs the toxins and carries them out of the birds' digestive systems, leaving the parrots unharmed by the poisons. Kaolin has been used for centuries in many cultures as a remedy for human gastrointestinal upset.

    Survival of the medicated

    So, how do animals know how to heal themselves? Some scientists believe that evolution has given animals the innate ability to choose the correct herbal medicines. In terms of natural selection, animals who could find medicinal substances in the wild were more likely to survive. Other observations have shown that, especially among primates, medicinal skills appear to be taught and learned. Adult females are often seen batting their infant's hand from a particular leaf or stem as if to say "No, not that one."

    Wild animals don't rely on industrially produced synthetic drugs to cure their illnesses; the medicines they require are available in their natural environment. While animals in the wild instinctively know how to heal themselves, humans have all but forgotten this knowledge because of our lost connection with nature. Since wild animals have begun to be observed actively taking care of their own wellbeing, it raises questions of how we approach healthcare with natural remedies, not just for ourselves but for our companion and farm animals too.

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    Source by Gary Le Mon

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  • Climate Change: Its Ill-Effects on Health

    Climate Change: Its Ill-Effects on Health

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    The temperature increase in the atmosphere is more specifically referred to as global warming. But the climate change is the term currently favored by scientists, as it explicitly includes not only Earth’s increasing global average temperature, but also the climate effects caused by this increase.

    Any gas, which has the property of absorbing infrared radiation emitted from Earth’s surface and reradiating it back to Earth’s surface, is called greenhouse gas. Carbon dioxide, methane, and water vapor are the most important greenhouse gases. Other greenhouse gases include, but are not limited to, surface-level ozone, nitrous oxide, sulfur hexafluoride, hydro fluorocarbons, per fluorocarbons and chlorofluorocarbons.

    Though a naturally occurring phenomenon, the greenhouse effect results in a warming of Earth’s surface and troposphere – the lowest layer of the atmosphere. Of the greenhouse gases, water vapor has the largest effect.

    Some important causes of greenhouse effect include burning of fossil fuels such as coal, oil and natural gas, deforestation, increase in population, farming, and industrial wastes and landfills.

    Greenhouse gases trap heat in the atmosphere. With higher than normal concentrations, they lead to unnatural warming. The main cause of the current global warming trend is human expansion of the greenhouse effect, a warming that results when the atmosphere traps heat radiating from Earth toward space.

    Even a small global temperature increase could lead to troubling consequences like rising sea levels, population displacement, disruption to the food supply, flooding, and ill-effects on health. As a matter of fact, human health bears the greatest brunt of the consequences of the climate change.

    Ill-effects of climate change on health –

    Climate change can affect human health mainly in two ways: first, by changing the severity or frequency of health problems that are already affected by climate factors and second, by creating health problems in places where they have not previously occurred.

    Effects of temperature increase –

    Increasing concentrations of greenhouse gases lead to an increase of both average and extreme temperatures. This can compromise the body’s ability to regulate its temperature. Loss of internal temperature regulation can result in a cascade of illnesses, including heat cramps, heat exhaustion, heatstroke and hyperthermia in the presence of extreme heat, and hypothermia and frostbite in the presence of extreme cold. Temperature extremes can also worsen chronic conditions such as cardiovascular disease, respiratory disease, cerebro-vascular disease, and diabetes-related conditions.

    People working outdoors, socially isolated, economically disadvantaged and those with chronic illnesses are more vulnerable to the impact of temperature increase.

    Effects of air quality –

    Climate change has modified weather patterns, which in turn have influenced the levels and location of outdoor air pollutants such as ground-level ozone (O3) and fine particulate matter. Increasing carbon dioxide (CO2) levels also promote the growth of plants that release airborne allergens. Higher pollen concentrations and longer pollen seasons can increase allergic sensitization and asthma episodes, thereby limiting productivity at work and school. Poor air quality, whether outdoors or indoors, can negatively affect the human respiratory and cardiovascular systems.

    Effects of extreme events –

    Climate change causes an increase in the occurrence and severity of some extreme events, which can have health impacts such as death or injury during an event, for example, drowning during floods. Health impacts can also occur before and after an extreme event, as individuals involved in activities such as disaster preparation and post-event cleanup put their health at risk. The severity and extent of health effects associated with extreme events depend on the physical impacts of the extreme events themselves.

    Vector borne diseases –

    Vector-borne diseases are transmitted by vectors, which include mosquitoes, ticks, and fleas. These vectors can carry infective pathogens such as viruses, bacteria, and protozoa, which can be transferred from one host (carrier) to another. The seasonality, distribution, and prevalence of vector-borne diseases are influenced significantly by climate. Climate change is likely to have both short- and long-term effects on vector-borne disease transmission and infection patterns, affecting both seasonal risk and disease occurrence over decades.

    Water related diseases –

    Climate change is expected to affect fresh and marine water resources in ways that will increase people’s exposure to water-related contaminants which cause illness. Water-related illnesses include waterborne diseases caused by pathogens such as bacteria, viruses, and protozoa. Water-related illnesses are also caused by toxins produced by certain harmful algae and by chemicals introduced into water sources by human activities. Exposure occurs through ingestion, direct contact with contaminated drinking or recreational water and through consumption of contaminated fish and sea food.

    Effects on mental health –

    Mental health consequences of climate change range from minimal stress and distress symptoms to clinical disorders such as anxiety, depression, post-traumatic stress, and suicidal tendencies. The children, elderly, women (especially pregnant and post-partum women), people with preexisting mental illness, economically disadvantaged, and homeless are more exposed to its mental health consequences.

    Effects on food safety and quality –

    Climate change is very likely to affect global, regional, and local food safety by disrupting food availability, decreasing access to food and making utilization more difficult. Higher concentrations of CO2 can lower the levels of protein and essential minerals in a number of widely consumed crops, including wheat, rice, and potatoes, with potentially negative implications for human nutrition. Poor nutritional quality of food is more likely to affect adversely the vulnerable sections of the population.

    The bottom line –

    Over the last 50 years, human activities have released sufficient quantities of carbon dioxide and other greenhouse gases to trap additional heat in the lower atmosphere and affect the global climate. According to WHO (World Health Organization):

    • Climate change affects the social and environmental determinants of health – clean air, safe drinking water, sufficient food and secure shelter.
    • Between 2030 and 2050, climate change is expected to cause approximately 250000 additional deaths per year, from malnutrition, malaria, diarrhea and heat stress.

    So, in view of the serious repercussions of climate change on human health, we all have to make concerted efforts to reduce emissions of greenhouse gases through better transport, food and energy use choices so as to improve our health particularly through reduced air pollution.

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    Source by Dr. Pran Rangan

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