45 results on '"E. R. Lemon"'
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2. Experiments in Predicting Evapotranspiration by Simulation With a Soil-Plant-Atmosphere Model (SPAM)
3. Radiation and Microclimate Relationships in Multiple Cropping Systems
4. The Effect of Concord Vineyard Microclimate on Yield. II. The Interrelations between Microclimate and Yield Expression
5. Toxaphene Volatilization from a Mature Cotton Canopy 1
6. Analysis of Sampling Errors with Traversing Radiation Sensors in Corn Canopies 1
7. Light Fluctuations in Corn 1
8. Limitations of an eddy-correlation technique for the determination of the carbon dioxide and sensible heat fluxes
9. The soil—plant—atmosphere model and some of its predictions
10. The Effect of Concord Vineyard Microclimate on Yield. I. The Effects of Pruning, Training, and Shoot Positioning on Radiation Microclimate
11. Penetration of Photosynthetically Active Radiation in Corn Canopies 1
12. An analysis of errors in the calculation of energy flux densities above vegetation by a Bowen-ratio profile method
13. Soil-plant Water Relations in a New York Vineyard: Resistances to Water Movement1
14. Leaf Elongation and Turgor Pressure in Field‐grown Soybean 1
15. Water Content-Potential Relationship in Soya Bean: Changes in Component Potentials for Mature and Immature Leaves under Field Conditions*
16. Line Source Carbon Dioxide Release. I. Field Experiment 1
17. Variations of carbon dioxide, air temperature, and horizontal wind within and above a maize crop
18. Photosynthesis under Field Conditions. IX. Vertical Distribution of Photosynthesis Within a Corn Crop 1
19. Photosynthesis Under Field Conditions. VI. Solar Radiation Balance and Photosynthetic Efficiency 1
20. Some Aspects of the Relationship of Soil, Plant, and Meteorological Factors to Evapotranspiration
21. Photosynthesis Under Field Conditions. VIII. Analysis of Windspeed Fluctuation Data to Evaluate Turbulent Exchange Within a Corn Crop 1
22. Soil Aeration and Plant Root Relations I. Theory 1
23. Spectra of air pressure fluctuations at the soil surface
24. Photosynthesis Under Field Conditions. XA. Assessing Sources and Sinks of Carbon Dioxide in a Corn ( Zea mays L.) Crop Using a Momentum Balance Approach 1
25. PRINCIPLE OF THE PLATINUM MICROELECTRODE AS A METHOD OF CHARACTERIZING SOIL AERATION
26. Field Studies of Internal Moisture Relations of the Corn Plant 1
27. Preliminary Field Investigations of Electrical Resistance-Moisture Stress Relations in Cotton and Grain Sorghum Plants
28. Soil Aeration and Plant Root Relations: IV. Testing the Cylindrical Shell Model in the Transient Case
29. Radiant Energy Utilized in Evapotranspiration 1
30. Soil Aeration and Plant Root Relations. III. Physical Aspects of Oxygen Diffusion in the Liquid Phase of the Soil 1
31. A Field Study of Some Plant-Soil Relations in Aeration
32. Soil Aeration and Plant Root Relations II. Root Respiration 1
33. Micrometeorological measurement of pesticide vapor flux from bare soil and corn under field conditions
34. Net radiation frequency distribution in a corn crop
35. The Effect of Soil Moisture Content Upon the Uptake of Molybdenum, Copper, and Cobalt by Alsike Clover
36. Photosynthesis Under Field Conditions. VII. Radiant Energy Exchanges Within a Corn Crop Canopy and Implications in Water Use Efficiency 1
37. Photosynthesis Under Field Conditions. XI. Soil‐Plant‐Water Relations During Drought Stress in Corn 1
38. Preliminary Wind Tunnel Studies of the Photosynthesis and Evapotranspiration of Forage Stands 1
39. Photosynthesis under Field Conditions. XB. Origins of Short‐Time CO2 Fluctuations in a Cornfield 1
40. THE ENERGY BUDGET AT THE EARTH'S SURFACE: ORIGINS OF SHORT-TIME CO2 FLUCTUATIONS IN A CORNFIELD
41. THE ENERGY BUDGET AT THE EARTH'S SURFACE: EFFECTS OF AIR TURBULENCE UPON GAS EXCHANGE FROM SOIL
42. THE ENERGY BUDGET AT THE EARTH'S SURFACE: PRELIMINARY WIND TUNNEL STUDIES OF THE PHOTOSYNTHESIS AND TRANSPIRATION OF FORAGE STANDS
43. THE ENERGY BUDGET AT THE EARTH'S SURFACE: A SIMULATION OF NET PHOTOSYNTHESIS OF FIELD CORN
44. Co 2 and Plants-The Response of Plants to Rising Levels of Atmospheric Carbon Dioxide
45. The Potentialities for Decreasing Soil Moisture Evaporation Loss1
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