List Price: $12.99
Sale Price: $11.32
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Description

- Instantly provides plants with the ideal mix of nutrients to thrive - Feeds through both leaves and roots - Feed every 7 to 14 days for spectacular results - Guaranteed not to burn when used as directed

Features

• 24-8-16
• For all flowers, vegetables, trees, shrubs, and houseplants
• Indoor/outdoor plants
• Feeds plants through the roots and leaves
• Contains Chelated Iron & 5 other trace elements plus soil penetrant Use in the Miracle-Gro Garden Fe

List Price: $13.99
Sale Price: $3.25
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Description

Sold as each. 7 drops per qt. of water. For all indoor/outdoor plants. 10-15-10. Boxed. 12 Oz. Concentrate. Manufacturer's number: 1012. Country of origin: United States. Distributed by Spectrum.

Features

• Famous 7 Drops formula - Just 7 drops per quart of water feeds everything you grow
• All purpose formula that feeds all indoor and outdoor plants
• Excellent for transplanting, repotting and rooting.
• Easy to measure dropper
• Feeds plants the way nature does, delivering nutrients to the roots with each watering.

List Price: $23.95
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You save: $10.96 (46%)

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Description

Fox Farm's Ocean Forest is a unique potting soil that combines the best fertilizers found on land with the finest sea ingredients available. The result is a rich, light, organic potting soil that encourages healthy root growth, disease resistance and leafy foliage. Ocean Forest consists of rich composted forest humus, Spaghnum peat, bat guano, fish, crab, shrimp and Norwegian kelp meals, premium earthworm castings and oyster shells to ensure a balanced pH.

Features

• An exceptional blend of good things from the earth and sea!
• Made from premium select earthworm castings and bat guano
• Ready to use, right out of the bag! No additional fertilizer needed for up to 30 days
• Super planting medium for new seed and seedlings!
• Ideal for container gardens and houseplants, light texture for aeration & drainage

Sale Price: $16.99

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Description

This oil based shower elixir gently cleanses without causing dry, itchy skin. From the sweeping Cape off South Africa's coast delicate wands of lavender are collected. The aromatic blooms whisper sweet nothings only the way a blossom of the Khoisan can. Growing in a region with flora found no where else on Earth, this lavender has developed a unique aroma reminiscent of neighboring geraniums, chamomiles and the like. This rare oil, known to promote cell regeneration, is added drop by drop into a vat of emollient skin pampering gems.

Wild harvested African herbs of aloe ferox, kigelli and African potato tone and encourage skin renewal. Reparative, organic shea butter deeply moisturizes, penetrating beneath the epidermis to deliver valuable nutrients. Creamy goat's milk, once used to nourish the delicate skin of the queen of Sheba, softens and improves skin tone with its high content of lactic acid and vitamins. Cruelty-free, wild harvested silk is added to form a gentle cocoon to seal in moisture.

size 8 oz.

Features

• 100% Natural. No Artificial Fragrance. Made with Organic Shea Butter and Other Organic Oils

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Description

Don't deny your hair what it deserves. Some shampoos strip away natural moisture, leaving hair dry, exposed, and dull. For uncompromised clean, Nu Skin Balancing Shampoo provides just the right balance of cleansing and moisturizing, while key nutrients found in cotton bloom extract restore strength to the cortex. Now you can gently remove impurities with balanced hydration and return the look of youthful strength and health to your hair in just seven days.

Features

• Balancing Shampoo

List Price: $87.95
Sale Price: $76.00
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Description

Nearly all the chemical elements that make up living things are mineral elements, the ultimate source of which is rock weathered into soil. In the thoroughly revised Second Edition of Mineral Nutrition of Plants: Principles and Perspectives, Epstein and Bloom explain that plant roots "mine" these nutrient elements from their inorganic substrate and introduce them into the realm of living things. The authors trace the subsequent movement of these nutrients into other plant organs, tissues, cells, and organelles, their biochemical assimilation, and their functions in plant physiology and metabolism. Treatment of these processes extends from molecular biology through global biogeochemistry. The text, illustrated in full color, is accessible both to undergraduate students in plant physiology, agronomy, horticulture, and environmental studies and to researchers in these and other plant biological fields.

Sale Price: $8.95

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Description

This digital document is a journal article from Ecological Engineering, published by Elsevier in . The article is delivered in HTML format and is available in your Amazon.com Media Library immediately after purchase. You can view it with any web browser.Description: Estuaries are among the most productive, resourceful, and dynamic aquatic ecosystems on Earth. Their productive nature is linked to the fact that they process much of the world's riverine and coastal watershed discharge. These watersheds support more than 75% of the human population and are sites of large increases in nutrient loading associated with urban and agricultural expansion. Increased nutrient loading has led to accelerated primary production, or eutrophication; symptoms include increased algal bloom activity (including harmful taxa), accumulation of organic matter, and excessive oxygen consumption (hypoxia and anoxia). While nutrient-enhanced eutrophication is a ''driver'' of hypoxia and anoxia, physical-chemical alterations due to climatic events, such as stormwater discharge, flooding, droughts, stagnancy, and elevated temperatures are also involved. The complex interactions of anthropogenic and climatic factors determine the magnitude, duration, and aerial extent of productivity, algal booms, hypoxia, and anoxia. Using the eutrophic Neuse River Estuary (NRE), North Carolina, USA, as a case study, the physical-chemical mechanisms controlling algal bloom and hypoxia dynamics were examined. Because primary production in the NRE and many other estuaries is largely nitrogen (N) limited, emphasis has been placed on reducing N inputs. Both the amounts and chemical forms of N play roles in determining the composition and extent of phytoplankton blooms that supply the bulk of the organic carbon fueling hypoxia. Biomass from bloom organisms that are readily grazed will be readily transferred up the planktonic and benthic food chain, while toxic or inedible blooms frequently promote sedimentary C flux, microbial mineralization, and hence may exacerbate hypoxia potential. From a watershed perspective, nutrient input reductions are the main options for reducing eutrophication. Being able to distinguish the individual and cumulative effects of physical, chemical and biotic controls of phytoplankton productivity and composition is key to understanding, predicting, and ultimately managing eutrophication. Long-term collaborative (University, State, Federal) monitoring, experimental assessments, and modeling of eutrophication dynamics over appropriate spatial and temporal scales is essential for developing realistic, ecologically sound, and cost-effective nutrient management strategies for estuarine and coastal ecosystems impacted by both anthropogenic and climatic perturbations. rturbations.