Match List-I with List-II:
(E) Transpiration
Choose the correct answer from the options given below:
(E) प्रस्वेदन (Transpiration)
नीचे दिए गए विकल्पों में से सही उत्तर चुनें:
|
List - I
|
List - II
|
||
|---|---|---|---|
| A | Evaporation Evaporation | I | Plant leaves Plant leaves |
| B | Infiltration Infiltration | II | Humid day Humid day |
| C | Low evaporation Low evaporation | III | Rate of entry of rain water in to soil Rate of entry of rain water in to soil |
| D | Evapotranspiration Evapotranspiration | IV | Dalton's law Dalton's law |
Matching of hydrological processes and principles:
(A) Evaporation matches with (IV) Dalton's law: Evaporation rate from open water is governed by Dalton's law, \(E = C(e_s - e_a)\).
(B) Infiltration matches with (III) Rate of entry of rain water in to soil: Infiltration is the physical process of water penetrating into the soil surface from precipitation.
(C) Low evaporation matches with (II) Humid day: High atmospheric relative humidity (vapor pressure \(e_a\) close to saturation \(e_s\)) substantially reduces the vapor pressure gradient, resulting in low evaporation.
(D) Evapotranspiration matches with (V) Blaney-Criddle: The Blaney-Criddle method is a classic temperature-based empirical formula used to estimate consumptive use (evapotranspiration).
(E) Transpiration matches with (I) Plant leaves: Transpiration is the biological vaporization of water from plant leaves through stomata.
सही मिलान:
- वाष्पीकरण -> (IV) डाल्टन का नियम (Dalton's law, \(E \propto (e_s - e_a)\))
- अंतःस्यंदन -> (III) मृदा में वर्षा जल के प्रवेश की दर
- कम वाष्पीकरण -> (II) आर्द्र दिन (हवा में अधिक नमी के कारण)
- वाष्पोत्सर्जन -> (V) ब्लेनी-क्रिडिल विधि (ET आकलन की विधि)
- प्रस्वेदन -> (I) पौधों की पत्तियां (रंध्रों द्वारा जल वाष्प का निकास)