AP Biology 2006-2007 Plant Nutrition AP Biology Macronutrients  Plants require these nutrients in relatively large amounts  C, O, H, N, P, K, Ca, Mg,

Slides:



Advertisements
Similar presentations
Packed with Nutrients Soil, Food, and Health. SOIL is the ultimate source of nutrients our bodies need Nutrients come from plants growing in soil or from.
Advertisements

Chapter 37 Reading Quiz 1.What is the general name for elements that plants require in large amounts? 2.What are the most fertile soils called? 3.What.
37 Plant Nutrition. 37 The Acquisition of Nutrients All living things need raw materials from the environment. These nutrients include carbon, hydrogen,
UNDERSTANDING AGRONOMY. Plant Nutrients and Fertility Objectives Identify essential nutrients for plant growth; Identify essential nutrients for plant.
Soil and Plant Nutrition Ch
Plant Nutrition All plants are autotrophs make their own carbohydrates but still require other nutrients.
PLANT NUTRITION CHAPTER 37. Every organism is an open system connected to its environment by a continuous exchange of energy and materials. Energy flow.
PLANT NUTRITION CHAPTER 37. Every organism is an open system connected to its environment by a continuous exchange of energy and materials. Energy flow.
1. 2 Lecture 11 Outline (Ch. 37) I.Mineral Acquisition II.Soil Conservation III. Essential Nutrients IV.Relationships with other organisms V.Lecture Concepts.
Minerals H2OH2O H2OH2O O2O2 O2O2 CO 2 Control: Solution containing all minerals Experimental: Solution without potassium.
Plant biology, perhaps the oldest branch of science, is driven by a combination of curiosity and need curiosity about how plants work need to apply this.
Plant Nutrition.
Chapter 37 Plant Nutrition Fig
Plant Nutrition. The uptake of nutrients occurs at both the roots and the leaves. Roots, through mycorrhizae and root hairs, absorb water and minerals.
Plant Nutrition.
Chapter 37.  Plants need a variety of things to live:  Water and carbon dioxide  Chemical elements  Minerals  Soil  Nitrogen.
Plant Nutrition Powerpoint adopted from: Powerpoint%2520files/35Ch37PlantNutrition2005a.pdf+ap+biology+plant+nutrition&hl=en&ct=clnk&c.
Essential Nutrients Soils Nodules and Mycorrhizae Plant Nutrition - Ch 37.
Chapter 37 Plant Nutrition.
CHAPTER 37 PLANT NUTRITION.
Topic Plant Nutrition Biology November 18, 2005.
Lecture #17Date ______ n Chapter 37 ~ Plant Nutrition.
AP Biology Why do Venus flytraps have flytraps? AP Biology Plant Nutrition (Ch 38)
Copyright © 2005 Pearson Education, Inc. publishing as Benjamin Cummings Chapter 37 Plant nutrition.
Plant Nutrition Chapter 37. Uptake of nutrients happens in roots and leaves. Roots, through mycorrhizae and root hairs, absorb water and minerals from.
Plant Nutrition Chapter 37.
AP Biology Lecture #54 Plant Nutrition. Experimentation  Testing pressure flow hypothesis  using aphids to measure sap flow & sugar concentration.
Plant Nutrition Nutritional needs  Why does grass grow greener where a dog pees?  Why don’t trees pee on dogs? NH 3 animal waste plant nutrient.
Plant Nutrition (Ch. 37) Physiological adaptation Dogs pee on trees…Why don’t trees pee on dogs? NH 3 animal waste plant nutrient.
Ch. 37 Soil and Plant Nutrition Soil contains a living, complex ecosystem Soil particles of various sizes derived from the breakdown of rock are.
Plant Nutrition. What happens to the nutrients taken in by the plant?  90% of water is lost in transpiration; functions as a solvent; keeps cells turgid;
Monday 4/23/07 Review transpiration packets Plant nutrition notes Homework: Begin Control system in plant Chapter Test Friday:Transpiration,
Chapter 37: Plant Nutrition. Where does mass come from?  Mineral nutrients-- essential elements  minimal contribution to mass  Water – 80-85% of herbaceous.
Ch 38- Plant Nutrition By:Team GS. Nitrogen Fixation A process performed by certain bacteria found in the nodules of leguminous plants, which make the.
Plant Nutrition Vs Plant Fertilization
Soil and Plant Nutrition
Plant Nutrition. Nutritional needs  Autotrophic does not mean autonomous…  plants need…  sun as an energy source  inorganic compounds as raw materials:
Plant Nutrition AP Biology - LAHS.
PLANT NUTRITION You Are What You Eat!.
N Chapter 37 ~ Plant Nutrition. I. Nutrients n A. Essential: required for the plant life cycle u 1. Macro- (large amounts) carbon, oxygen, hydrogen, nitrogen,
Chapter 37: Plant Nutrition
Chapter 37 Plant Nutrition. Uptake of nutrients in plants: Leave and roots.
Chapter 37 n Plant Nutrition. Nutrients n Essential: not made by the plant but required for the plant life cycle n Macro- (large amounts) carbon, oxygen,
Plant mineral requirements. Why do we need these?
Copyright © 2005 Pearson Education, Inc. publishing as Benjamin Cummings PowerPoint Lectures for Biology, Seventh Edition Neil Campbell and Jane Reece.
AP Biology Is this all you need to know about plants?
AP Biology Plant Nutrition AP Biology Nutritional needs  Autotrophic does not mean autonomous  plants need…  sun as an energy source  inorganic.
AP Biology Soil health as a global issue  Soil conservation & sustainable agriculture  maintaining healthy environment  sustainable production of food.
 part of Earth where life exists  located near Earth’s surface where sunlight available  plants need sunlight to produce food - almost every other.
AP Biology Plant Nutrition AP Biology Physiological adaptation Dogs pee on trees…Why don’t trees pee on dogs? NH 3 animal waste plant nutrient.
Plant Nutrition Physiological adaptation Dogs pee on trees…Why don’t trees pee on dogs? NH 3 animal waste plant nutrient.
Plant Nutrition.
Chapter 37. Plant Nutrition
Chapter 37 Plant Nutrition.
Plant Nutrition: N,P and K
Chapter 37. Plant Nutrition
Plant Nutrition- Ch. 37 Stephanie Ellis.
Plant Nutrition Chapter 37.
Please highlight all the terms in blue.
Chapter 37. Plant Nutrition.
Ch. 37 Warm-Up What conclusions should we draw from van Helmont’s experiment? Where would you expect a deficiency of a relatively immobile element to.
Plant Nutrition
Ch. 37 Warm-Up What conclusions should we draw from van Helmont’s experiment? Where would you expect a deficiency of a relatively immobile element to.
Transport in Plants
Chapter 37: Plant Nutrition
Plant Nutrition
AP Biology Chapter 37 Plant Nutrition.
Chapter 37: Plant Nutrition
Ch. 37 Warm-Up What conclusions should we draw from van Helmont’s experiment? Where would you expect a deficiency of a relatively immobile element to.
Plant nutrition Chapter 37.
Presentation transcript:

AP Biology Plant Nutrition

AP Biology Macronutrients  Plants require these nutrients in relatively large amounts  C, O, H, N, P, K, Ca, Mg, S

AP Biology Micronutrients  Plants require in very small amounts  Cl, Fe, Mn, Bo, Zi, Ni, Mb  primarily cofactors for enzyme function

AP Biology Nutrient deficiencies  Lack of essential nutrients  exhibit specific symptoms  dependent on function of nutrient  dependent on solubility of nutrient

AP Biology Magnesium deficiency  Symptoms  chlorosis = yellowing of leaves  Why? What is magnesium’s function? Take 2 fertilizer pellets & call me in the morning

AP Biology Chlorophyll Why does magnesium deficiency cause chlorosis? The chlorosis shows up in older leaves first, because plant moves Mg + to newer leaves. Why?

AP Biology Importance of organic matter  Topsoil  most important to plant growth  rich in organic matter  humus  decomposing organic material breakdown of dead organisms, feces, fallen leaves & other organic refuse by bacteria & fungi  improves soil texture  reservoir of minerals  organisms  1 tsp. of topsoil has ~5 billion bacteria living with fungi, algae, protists, insects, earthworms, nematodes So don ’ t rake your lawn or bag your leaves

AP Biology Fertilizers  “Organic” fertilizers  manure, compost, fishmeal  “Chemical” fertilizers  commercially manufactured  N-P-K (ex )  15% nitrogen  10% phosphorus  5% potassium What are the political, economic, environmental issues?

AP Biology Nitrogen uptake  Nitrates  plants can only take up nitrate (NO 3 - )  Nitrogen cycle by bacteria  trace path of nitrogen fixation! What will the plant use N for? root

AP Biology Soybean root nodules  N fixation by Rhizobium bacteria  symbiotic relationship with bean family (legumes)

AP Biology Mycorrhizae (“fungus roots”)  symbiotic associations between the roots of plant species & fungi  Fungus gets sugar from plant  Plant’s surface area for uptake of water, phosphate, and other minerals increased by mychorrhizae

AP Biology Parasitic plants  tap into host plant vascular system for sugar and minerals Indian pipe Mistletoe

AP Biology Carnivorous plants Obtain some N and minerals by killing and digesting other small animals Pitcher plantVenus fly trap Sundew

AP Biology Carnivorous Plants  Live in high acid environment (acid bogs)  Soils here are poor in nitrogen and other nutrients