Retentiveness Black & White Stock Photos
. A textbook of botany for colleges and universities ... Botany. LEAVES 629 (i) salt marsh and other succulents (which include the most representa- tive forms) having sap of high osmotic pressure, and (2) succulents whose water retentiveness is due to structural or other characters, notably cutinization, as in the cacti. It is probable, however, that no explanation thus far given accounts for all cases of extreme water retention in the presence of conditions favoring transpiration. Structural features. — While most leaves are dorsiventral (i.e. with the upper and under portions different in st Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-textbook-of-botany-for-colleges-and-universities-botany-leaves-629-i-salt-marsh-and-other-succulents-which-include-the-most-representa-tive-forms-having-sap-of-high-osmotic-pressure-and-2-succulents-whose-water-retentiveness-is-due-to-structural-or-other-characters-notably-cutinization-as-in-the-cacti-it-is-probable-however-that-no-explanation-thus-far-given-accounts-for-all-cases-of-extreme-water-retention-in-the-presence-of-conditions-favoring-transpiration-structural-features-while-most-leaves-are-dorsiventral-ie-with-the-upper-and-under-portions-different-in-st-image216403546.htmlRMPG20X2–. A textbook of botany for colleges and universities ... Botany. LEAVES 629 (i) salt marsh and other succulents (which include the most representa- tive forms) having sap of high osmotic pressure, and (2) succulents whose water retentiveness is due to structural or other characters, notably cutinization, as in the cacti. It is probable, however, that no explanation thus far given accounts for all cases of extreme water retention in the presence of conditions favoring transpiration. Structural features. — While most leaves are dorsiventral (i.e. with the upper and under portions different in st
. A textbook of botany for colleges and universities ... Botany. LEAVES 629 (i) salt marsh and other succulents (which include the most representa- tive forms) having sap of high osmotic pressure, and (2) succulents whose water retentiveness is due to structural or other characters, notably cutinization, as in the cacti. It is probable, however, that no explanation thus far given accounts for all cases of extreme water retention in the presence of conditions favoring transpiration. Structural features. — While most leaves are dorsiventral (i.e. with the upper and under portions different in st Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-textbook-of-botany-for-colleges-and-universities-botany-leaves-629-i-salt-marsh-and-other-succulents-which-include-the-most-representa-tive-forms-having-sap-of-high-osmotic-pressure-and-2-succulents-whose-water-retentiveness-is-due-to-structural-or-other-characters-notably-cutinization-as-in-the-cacti-it-is-probable-however-that-no-explanation-thus-far-given-accounts-for-all-cases-of-extreme-water-retention-in-the-presence-of-conditions-favoring-transpiration-structural-features-while-most-leaves-are-dorsiventral-ie-with-the-upper-and-under-portions-different-in-st-image232098518.htmlRMRDH00P–. A textbook of botany for colleges and universities ... Botany. LEAVES 629 (i) salt marsh and other succulents (which include the most representa- tive forms) having sap of high osmotic pressure, and (2) succulents whose water retentiveness is due to structural or other characters, notably cutinization, as in the cacti. It is probable, however, that no explanation thus far given accounts for all cases of extreme water retention in the presence of conditions favoring transpiration. Structural features. — While most leaves are dorsiventral (i.e. with the upper and under portions different in st
. A textbook of botany for colleges and universities ... Botany. LEAVES 629 (i) salt marsh and other succulents (which include the most representa- tive forms) having sap of high osmotic pressure, and (2) succulents whose water retentiveness is due to structural or other characters, notably cutinization, as in the cacti. It is probable, however, that no explanation thus far given accounts for all cases of extreme water retention in the presence of conditions favoring transpiration. Structural features. — While most leaves are dorsiventral (i.e. with the upper and under portions different in st Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-textbook-of-botany-for-colleges-and-universities-botany-leaves-629-i-salt-marsh-and-other-succulents-which-include-the-most-representa-tive-forms-having-sap-of-high-osmotic-pressure-and-2-succulents-whose-water-retentiveness-is-due-to-structural-or-other-characters-notably-cutinization-as-in-the-cacti-it-is-probable-however-that-no-explanation-thus-far-given-accounts-for-all-cases-of-extreme-water-retention-in-the-presence-of-conditions-favoring-transpiration-structural-features-while-most-leaves-are-dorsiventral-ie-with-the-upper-and-under-portions-different-in-st-image216403547.htmlRMPG20X3–. A textbook of botany for colleges and universities ... Botany. LEAVES 629 (i) salt marsh and other succulents (which include the most representa- tive forms) having sap of high osmotic pressure, and (2) succulents whose water retentiveness is due to structural or other characters, notably cutinization, as in the cacti. It is probable, however, that no explanation thus far given accounts for all cases of extreme water retention in the presence of conditions favoring transpiration. Structural features. — While most leaves are dorsiventral (i.e. with the upper and under portions different in st
. A textbook of botany for colleges and universities ... Botany. LEAVES 629 (i) salt marsh and other succulents (which include the most representa- tive forms) having sap of high osmotic pressure, and (2) succulents whose water retentiveness is due to structural or other characters, notably cutinization, as in the cacti. It is probable, however, that no explanation thus far given accounts for all cases of extreme water retention in the presence of conditions favoring transpiration. Structural features. — While most leaves are dorsiventral (i.e. with the upper and under portions different in st Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-textbook-of-botany-for-colleges-and-universities-botany-leaves-629-i-salt-marsh-and-other-succulents-which-include-the-most-representa-tive-forms-having-sap-of-high-osmotic-pressure-and-2-succulents-whose-water-retentiveness-is-due-to-structural-or-other-characters-notably-cutinization-as-in-the-cacti-it-is-probable-however-that-no-explanation-thus-far-given-accounts-for-all-cases-of-extreme-water-retention-in-the-presence-of-conditions-favoring-transpiration-structural-features-while-most-leaves-are-dorsiventral-ie-with-the-upper-and-under-portions-different-in-st-image232098514.htmlRMRDH00J–. A textbook of botany for colleges and universities ... Botany. LEAVES 629 (i) salt marsh and other succulents (which include the most representa- tive forms) having sap of high osmotic pressure, and (2) succulents whose water retentiveness is due to structural or other characters, notably cutinization, as in the cacti. It is probable, however, that no explanation thus far given accounts for all cases of extreme water retention in the presence of conditions favoring transpiration. Structural features. — While most leaves are dorsiventral (i.e. with the upper and under portions different in st
