From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #8356 Reply-To: ammf@fruvous.com Sender: owner-ammf-digest@smoe.org Errors-To: owner-ammf-digest@smoe.org Precedence: bulk alt.music.moxy-fruvous digest Saturday, January 22 2022 Volume 14 : Number 8356 Today's Subjects: ----------------- BONUS: $50 AMAZON Gift Card Opportunity ["Amazon Shopper Gift Opportunity] Congratulations! You can get a $100 Lowes gift card! ["Lowes Shopper Gift] =?UTF-8?Q?=D9=85=D8=A7=D8=AC=D8=B3=D8=AA=D9=8A=D8=B1?= =?UTF-8?Q?_=D8=A7=D9=84=D8=AA=D8=AE=D8=B7=D9=8A=D8=B7?= =?UTF-8?Q?_=D8=A7=D9=84=D8=A7=D8=B3=D8=AA=D8=B1?= =?UTF-8?Q?=D8=A7=D8=AA=D9=8A=D8=AC=D9=8A_=D8=A7=D9=84?= =?UTF-8?Q?=D9=85=D9=87=D9=86=D9=89_Master_of_Professional_Str?= =?UTF-8?Q?ategic_Planning_Program_/__=D8=B4=D9=87=D8=A7?= =?UTF-8?Q?=D8=AF=D8=A9_=D8=A8=D8=B1=D9=8A=D8=B7?= =?UTF-8?Q?=D8=A7=D9=86=D9=8A=D8=A9_=D9=85=D9=86_?= =?UTF-8?Q?Uhrda_Education_?= =?UTF-8?Q?=D8=AA=D9=86=D9=88=D9=8A=D9=87/_?= =?UTF-8?Q?=D9=8A=D8=B9=D9=82=D8=AF_=D8=A7=D9=8A=D8=B6?= =?UTF-8?Q?=D8=A7__=D8=B4=D9=87=D8=A7=D8=AF?= =?UTF-8?Q?=D8=A9_=D9=85=D8=AF=D9=8A=D8=B1_=D8=AA?= =?UTF-8?Q?=D9=86=D9=81=D9=8A=D8=B0=D9=8A_=D9=85?= =?UTF-8?Q?=D8=B9=D8=AA=D9=85=D8=AF__=D8=AE=D9=84?= =?UTF-8?Q?=D8=A7=D9=84_=D9=86=D9=81=D8=B3_=D8=A7?= =?UTF-8?Q?=D9=84=D9=81=D8=AA=D8=B1=D8=A9_=D9=85=D9=86?= =?UTF-8?Q?__30_=D9=8A=D9=86=D8=A7=D9=8A=D8=B1_=E2=80=93_3_?= =?UTF-8?Q?=D9=81=D8=A8=D8=B1=D8=A7=D9=8A=D8=B1_2022_=D8=AC=D9=80=D9=80 ?= =?UTF-8?Q?=D9=80=D9=88=D8=A7=D9=84_&_?= =?UTF-8?Q?=D9=88=D8=A7=D8=AA=D8=B3_=D8=A7=D8=A8_?= =?UTF-8?Q?:_00201090946440?= [] 50+ Singles in your Area ["Your Match" ] =?UTF-8?B?2YXYp9is2LPYqtmK2LEg2YXZh9mG2Yog2YXYtdi62LEg2YHZiiDYp 9mE2K3ZiNiz2KjYqQ==?= =?UTF-8?B?INmI2YbYuNmFINin2YTZhdi52YTZiNmF2KfYqg==?= [] Your Living Room with Coverlastic Sofa Cover! ["Coverlastic Sofa" ] Youâve Been Considered for inclusion with Whoâs Who⦠["Joanne Riley" ] You could find love this year ["MatchSeniors" ] A Boost in free testosterone to intensify his confidence in the gym and in the bedroom. ["Testosterone" Subject: BONUS: $50 AMAZON Gift Card Opportunity BONUS: $50 AMAZON Gift Card Opportunity http://procodez.us/hc7-IbvZitm05S56jrzBXYCJJQjSV-XcmZuutTmNBk-pVewUUQ http://procodez.us/lDz_8COv2eHAyoINjuLLTMtyYXjcopf_z_OSy4CEw2J213ESgg nts may shed their leaves until the dry season ends. In either case, the shed leaves may be expected to contribute their retained nutrients to the soil where they fall. In contrast, many other non-seasonal plants, such as palms and conifers, retain their leaves for long periods; Welwitschia retains its two main leaves throughout a lifetime that may exceed a thousand years. The leaf-like organs of bryophytes (e.g., mosses and liverworts), known as phyllids, differ morphologically from the leaves of vascular plants in that they lack vascular tissue, are usually only a single cell thick, and have no cuticle stomata or internal system of intercellular spaces. The leaves of bryophytes are only present on the gametophytes, while in contrast the leaves of vascular plants are only present on the sporophytes, and are associated with buds (immature shoot systems in the leaf axils). These can further develop into either vegetative or reproductive structures. Simple, vascularized leaves (microphylls), such as those of the early Devonian lycopsid Baragwanathia, first evolved as enations, extensions of the stem. True leaves or euphylls of larger size and with more complex venation did not become widespread in other groups until the Devonian period, by which time the carbon dioxide concentration in the atmosphere had dropped significantly. This occurred independently in several separate lineages of vascular plants, in progymnosperms like Archaeopteris, in Sphenopsida, ferns and later in the gymnosperms and angiosperms. Euphylls are also referred to as macrophylls or mega ------------------------------ Date: Sat, 22 Jan 2022 05:46:40 -0500 From: "Lowes Shopper Gift Opportunity" Subject: Congratulations! You can get a $100 Lowes gift card! Congratulations! You can get a $100 Lowes gift card! http://coolable.co/kSe-0piqC6lhxFYVkpUhF4lR4Xasi-I6b78W3EjAjw-RoN7p http://coolable.co/rVrzfnpobH8fKjiCGhKIPbqTn3sLdnMq2gUEa66nzpAydOVIbg mple, vascularized leaves (microphylls), such as those of the early Devonian lycopsid Baragwanathia, first evolved as enations, extensions of the stem. True leaves or euphylls of larger size and with more complex venation did not become widespread in other groups until the Devonian period, by which time the carbon dioxide concentration in the atmosphere had dropped significantly. This occurred independently in several separate lineages of vascular plants, in progymnosperms like Archaeopteris, in Sphenopsida, ferns and later in the gymnosperms and angiosperms. Euphylls are also referred to as macrophylls or megaphylls (large leaves). Morphology See also: Glossary of leaf morphology Leafstem of dog rose with petiole, stipules and leaflets Rosa canina: Petiole, two stipules, rachis, five leaflets Citrus leaves with translucent glands A structurally complete leaf of an angiosperm consists of a petiole (leaf stalk), a lamina (leaf blade), stipules (small structures located to either side of the base of the petiole) and a sheath. Not every species produces leaves with all of these structural components. The proximal stalk or petiole is called a stipe in ferns. The lamina is the expanded, flat component of the leaf which contains the chloroplasts. The sheath is a structure, typically at the base that fully or partially clasps the stem above the node, where the latter is attached. Leaf sheathes typically occur in grasses and Apiaceae (umbellifers). Between the sheath and the lamina, there may be a pseudopetiole, a petiole like structure. Pseudopetioles occur in some monocotyledons including bananas, palms and bamboos. Stipules may be conspicuous (e.g. beans and roses), soon falling or otherwise not obvious as in Moraceae or absent altogeth ------------------------------ Date: Sat, 22 Jan 2022 02:08:11 -0800 (PST) From: hebasuleiman993 Subject: =?UTF-8?Q?=D9=85=D8=A7=D8=AC=D8=B3=D8=AA=D9=8A=D8=B1?= =?UTF-8?Q?_=D8=A7=D9=84=D8=AA=D8=AE=D8=B7=D9=8A=D8=B7?= =?UTF-8?Q?_=D8=A7=D9=84=D8=A7=D8=B3=D8=AA=D8=B1?= =?UTF-8?Q?=D8=A7=D8=AA=D9=8A=D8=AC=D9=8A_=D8=A7=D9=84?= =?UTF-8?Q?=D9=85=D9=87=D9=86=D9=89_Master_of_Professional_Str?= =?UTF-8?Q?ategic_Planning_Program_/__=D8=B4=D9=87=D8=A7?= =?UTF-8?Q?=D8=AF=D8=A9_=D8=A8=D8=B1=D9=8A=D8=B7?= =?UTF-8?Q?=D8=A7=D9=86=D9=8A=D8=A9_=D9=85=D9=86_?= =?UTF-8?Q?Uhrda_Education_?= =?UTF-8?Q?=D8=AA=D9=86=D9=88=D9=8A=D9=87/_?= =?UTF-8?Q?=D9=8A=D8=B9=D9=82=D8=AF_=D8=A7=D9=8A=D8=B6?= =?UTF-8?Q?=D8=A7__=D8=B4=D9=87=D8=A7=D8=AF?= =?UTF-8?Q?=D8=A9_=D9=85=D8=AF=D9=8A=D8=B1_=D8=AA?= =?UTF-8?Q?=D9=86=D9=81=D9=8A=D8=B0=D9=8A_=D9=85?= =?UTF-8?Q?=D8=B9=D8=AA=D9=85=D8=AF__=D8=AE=D9=84?= =?UTF-8?Q?=D8=A7=D9=84_=D9=86=D9=81=D8=B3_=D8=A7?= =?UTF-8?Q?=D9=84=D9=81=D8=AA=D8=B1=D8=A9_=D9=85=D9=86?= =?UTF-8?Q?__30_=D9=8A=D9=86=D8=A7=D9=8A=D8=B1_=E2=80=93_3_?= =?UTF-8?Q?=D9=81=D8=A8=D8=B1=D8=A7=D9=8A=D8=B1_2022_=D8=AC=D9=80=D9=80 ?= =?UTF-8?Q?=D9=80=D9=88=D8=A7=D9=84_&_?= =?UTF-8?Q?=D9=88=D8=A7=D8=AA=D8=B3_=D8=A7=D8=A8_?= =?UTF-8?Q?:_00201090946440?= CgogCgoq2KfZhNiz2YTYp9mFINi52YTZitmD2YUg2YjYsdit2YXYqSDYp9mE2YTZhyDZiNio2LHZ g9in2KrZhyoKCirZitmC2K/ZhSDYp9mE2KfYqtit2YDYp9ivINin2YTYudix2KjZgNmKINmE2KrZ htmF2YrZgNipINin2YTZhdmA2YjYp9ix2K8g2KfZhNio2LTYsdmK2YDZgNipKgoKKtio2KXYudiq 2YXYp9ivINio2LHZiti32KfZhtmKINmF2YYgKipVaHJkYSBFZHVjYXRpb24qIAoKKiDZhdin2KzY s9iq2YrZgNixINin2YTYqtiu2LfZiti3INin2YTYp9iz2KrYsdin2KrZitis2Yog2KfZhNmF2YfZ htmKICoKCipNYXN0ZXIgb2YgUHJvZmVzc2lvbmFsIFN0cmF0ZWdpYyBQbGFubmluZyogICpQcm9n cmFtKgoKICAKCirYqtmG2YHZitiwINin2YTYqNix2YbYp9mF2Kwg2KfZiNmG2YTYp9mK2YYg2LnY qNixINmF2YbYtdipICoqem9vbSoqINmB2Ykg2K3Yp9mE2Ycg2LXYudmI2KjZhyDYp9mE2K3YttmI 2LEqCgoq2K7ZhNin2YQg2KfZhNmB2KrYsdipINmF2YYgMzDZitmG2KfZitix4oCTIDMg2YHYqNix 2KfZitixKioyMDIy2YUqCgogCgoq2YrZh9iv2YEg2KfZhNmJOioq2KfZhNiq2LnYsdmBINi52YTZ iSDYp9mE2KPYs9in2YTZitioINin2YTYudmE2YXZitipINmI2KfZhNi52YXZhNmK2Kkg2KfZhNit 2K/Zitir2Kkg2KfZhNmF2LPYqtiu2K/ZhdipINmB2Yog2LnZhdmE2YrYqSAK2KfZhNiq2K7Yt9mK 2Lcg2KfZhNin2LPYqtix2KfYqtmK2KzZitiMINiq2YbZhdmK2Kkg2KfZhNmF2YfYp9ix2KfYqiDZ gdmKINmF2YXYp9ix2LPYqSDYp9mE2KPYs9in2YTZitioINin2YTYrdiv2YrYq9ipINmE2KrYrdmC 2YrZgiAK2KfZhNmD2YHYp9ih2Kkg2YjYp9mE2YHYudin2YTZitipINmB2Yog2YXYrNin2YQg2KfZ hNiq2K7Yt9mK2Lcg2KfZhNin2LPYqtix2KfYqtmK2KzZiiDZhNmE2YXZhti42YXYqdiMINmF2LPY p9i52K/YqSDYp9mE2KXYr9in2LHYqSDYudmE2YkgCtiq2LfYqNmK2YIg2KfYs9iq2LHYp9iq2YrY rNmK2KrZh9inINmF2YYg2K7ZhNin2YQg2YHYp9i52YTZitiq2YfYpyDZgdmKINiq2LHYrNmF2Kkg 2KfZhNiu2LfYtyDYp9mE2KfYs9iq2LHYp9iq2YrYrNmK2Kkg2LnYqNixINmF2KzZhdmI2LnYqSAK 2KfZhNij2YfYr9in2YEg2KfZhNiq2LTYutmK2YTZitipINin2YTZgtin2KjZhNipINmE2YTZgtmK 2KfYsyDZiNin2YTYqtmKINiq2K3Zg9mFINiz2YTZiNmDINin2YTYpdiv2KfYsdipINmI2KfYqtis 2KfZh9in2Kog2KPYr9in2KbZh9in2IwgCtmK2LnZgtivINmH2LDYpyDYp9mE2KjYsdmG2KfZhdis INin2YTZhdmH2YbZiiDZhNmK2LnYsdi2INmB2Yog2KfYt9in2LHZhyDYp9mE2LnYp9mFINin2YTZ iSDYo9iz2KfZhNmK2Kgg2KfZhNiq2K7Yt9mK2LcgCtin2YTYp9iz2KrYsdin2KrZitis2YrYjCDY pdi52K/Yp9ivINin2YTYrti32Kkg2KfZhNin2LPYqtix2KfYqtmK2KzZitip2Iwg2YLZitin2LMg 2KfZhNij2K/Yp9ihINin2YTZhdiq2YjYp9iy2YYg2YjZgdmC2Kcg2YTZhNmF2YbYuNmI2LEgCtin 2YTZhdi52KfYtdix2Iwg2KfZhNin2LPYqtix2KfYqtmK2KzZitin2Kog2KfZhNil2K/Yp9ix2YrY qSDZiNij2LPYp9mE2YrYqCDYqtit2YTZitmE2YfYpyDZiNiq2YLZitmK2YXZh9in2Iwg2KrYt9mI 2YrYsSDYp9mE2KPYr9in2KEgCtin2YTYp9mC2KrYtdin2K/ZiiDZiNin2YTZhdik2LPYs9mKINmE 2YXYpNiz2LPYp9iqINin2YTZgti32KfYuSDYp9mE2LnYp9mFINmI2KfZhNit2YPZiNmF2YrYjCDY p9mE2KrZhdmK2LIg2YHZiiDYp9mE2KPYr9in2KEg2KfZhNmF2KTYs9iz2YrYjCAK2K/ZiNixINin 2YTZgtmK2KfYr9in2Kog2KfZhNil2K/Yp9ix2YrYqSDZgdmKINiq2K3Ys9mK2YYg2KzZiNiv2Kkg 2KfZhNij2K/Yp9ihINin2YTZhdik2LPYs9mK2Iwg2KPYs9in2YTZitioINin2YTYsdmC2KfYqNip INi52YTZiSAK2KfZhNiu2LfYqSDYp9mE2KfYs9iq2LHYp9iq2YrYrNmK2KnYjCDYp9mE2KrYrti3 2YrYtyDZiNin2YTZhdiq2KfYqNi52Kkg2YjYqtmC2YrZitmFINin2YTYo9iv2KfYodiMINiq2K7Y t9mK2Lcg2YjZhdix2KfZgtio2Kkg2KfZhNil2YbYqtin2KwgCtmB2Yog2LbZiNihINin2YTZhdi5 2KfZitmK2LEg2YjYp9mE2YXYqti62YrYsdin2Kog2KfZhNi52KfZhNmF2YrYqSoqLioKCirYp9mE 2YXYtNin2LHZg9mI2YYg2KfZhNmF2LPYqtmH2K/ZgdmI2YY6KirYo9i52LbYp9ihINmF2KzZhNiz INil2K/Yp9ix2Kkg2KfZhNmF2KTYs9iz2KfYqiDYp9mE2K3Zg9mI2YXZitipINmI2KfZhNiu2KfY tdipLdmF2K/Ysdin2KEgCtin2YTYudmF2YjZhSDZiNmG2YjYp9io2YfZhdiMINmI2LTYp9i62YTZ iNinINin2YTZiNi42KfYptmBINin2YTYpdiv2KfYsdmK2Kkg2KfZhNi52YTZitinINmI2KfZhNmI 2LPYt9mKIC3ZgtmK2KfYr9in2Kog2KfZhNiv2YjZhNipIArYp9mE2KrZhtmB2YrYsNmK2KkgLdmC 2YrYp9iv2KfYqiDYp9mE2YLYt9in2Lkg2KfZhNiu2KfYtSAtINmF2LPYptmI2YTZiiDYp9mE2KjY rdirINin2YTYudmE2YXZiiDZiNin2YTYpdmG2KrYp9isINin2YTYqtmC2YbZiiAt2YXYr9ix2KfY oSAK2KfZhNiq2K7Yt9mK2Lcg2KfZhNin2LPYqtix2KfYqtmK2KzZiiAt2YXYr9ix2KfYoSDYp9mE 2KrYrti32YrYtyDZiNin2YTYqti32YjZitixINin2YTYpdiv2KfYsdmKLdmF2K/Ysdin2KEg2KfZ hNij2YLYs9in2YUg2KfZhNil2K/Yp9ix2YrYqSAKLdij2LPYp9iq2LDYqSDYp9mE2KzYp9mF2LnY p9iqINmI2KfZhNmF2LnYp9mH2K8g2KfZhNi52YTZitinLdin2YTYsdin2LrYqNmK2YYg2YHZiiDY p9mE2KrYrdmI2YQg2LnZhiDZhdiz2KfYsdmH2YUg2KfZhNmF2YfZhtmKINin2YTYrdin2YTZiiAK 2YjYr9iu2YjZhCDYrdmC2YQg2KfZhNiq2K7Yt9mK2Lcg2KfZhNin2LPYqtix2KfYqtmK2KzZiiAt 2KzZhdmK2Lkg2KfZhNi52KfZhdmE2YrZhiDZgdmKINit2YLZhCDYp9mE2KrYrti32YrYtyDYp9mE 2KfYs9iq2LHYp9iq2YrYrNmKKiouKgoKKti52YTZhdinINio2KfZhti52YLYp9ivINin2YTYqNix 2KfZhdisINin2YTYqtin2YTZitipINiu2YTYp9mEINin2YTZgdiq2LHYqSDZhdmGIDMw2YrZhtin 2YrYseKAkyAzINmB2KjYsdin2YrYsTIwMjIg2YUqCgoqMSDigJMg2LTZh9in2K/YqSDZhdiv2YrY sSDYqtmG2YHZitiw2Yog2YXYudiq2YXYryoKCioyIOKAkyDYtNmH2KfYr9ipINmF2K/ZitixINin 2K/Yp9ix2Kkg2KfZhNmF2YjYp9ix2K8g2KfZhNio2LTYsdmK2Kkg2KfZhNmF2LnYqtmF2K8gKgoK KjMg4oCTINmF2KfYrNiz2KrZitixINil2K/Yp9ix2Kkg2KfZhNi52YLZiNivINmI2KfZhNmF2YbY p9mC2LXYp9iqINin2YTZhdmH2YbZiioKCio0IOKAkyDZhdin2KzYs9iq2YrYsSDYp9iv2KfYsdip INin2YTYp9i52YXYp9mEINin2YTZhdmH2YbZiiAqCgoqNSAtINin2K7Ytdin2KbZiiDYttix2YrY qNipINin2YTZgtmK2YXYqSDYp9mE2YXYttin2YHYqSoKCio2IC0gKirYtNmH2KfYr9ipINmF2K/Z itixINmF2LTYqtix2YrYp9iqINmF2LnYqtmF2K8qCgoqNyAtINiv2YjYsdipINin2YTYrdmI2YPZ hdipINmI2KXYr9in2LHYqSDYp9mE2YXYrtin2LfYsSDZiNin2YTYp9mF2KrYq9in2YQqCgoqOCAt INmF2YfYp9ix2KfYqiDYp9mE2KrZgtmK2YUg2KfZhNiw2KfYqtmKINmI2KfZhNmF2LHYp9is2LnY qSDYp9mE2K/Yp9iu2YTZitipINmE2KfZhti42YXYqSDYp9mE2KzZiNiv2KkqCgoq2YXZhNit2YjY uNipLyAg2YHZiSDYrdin2YTYqSDYp9mE2KfYtNiq2LHYp9mDINin2LbYuti3INi52YTZiiDZh9iw 2Kcg2KfZhNix2KfYqNi3IDoqCgoq2YTZhNiq2LPYrNmK2YQg2YjZhdi52LHZgdipINin2YTZhdit 2KfZiNixINmI2KfZhNix2LPZiNmFINin2LbYuti3INmH2YbYpyAKPGh0dHBzOi8vZG9jcy5nb29n bGUuY29tL2Zvcm1zL2QvZS8xRkFJcFFMU2NYb1VkZlNfTi1hYlBwaTdXR2pQNzJFUElwT1FiT2Zf VTdnRVlFaDktcmF5S3R6QS92aWV3Zm9ybT92Yz0wJmM9MCZ3PTEmZmxyPTAmZ3hpZHM9NzYyOD4q CgogICAgICAgICAgICAKCirZhNmF2LLZitivINmF2YYg2KfZhNmF2LnZhNmI2YXYp9iqINio2LHY rNin2KEg2KfZhNin2KrYtdin2YQqCgoqINmG2KfYptmA2Kgg2YXYr9mK2YDYsSDYp9mE2KrYr9ix 2YrZgNmA2YDYqCDigJMg2YfYqNmA2Ycg2LPZhNmK2YXZgNin2YYqCgoq2KzZgNmA2YDZiNin2YQg JiDZiNin2KrYsyDYp9ioINin2LbYuti3INmH2YbYpyA6IDAwMjAxMDkwOTQ2NDQwIAo8aHR0cHM6 Ly9hcGkud2hhdHNhcHAuY29tL3NlbmQ/cGhvbmU9MjAxMDkwOTQ2NDQwPioKCiAgICAgICAgICAg ICAgICAgICAgICAgIDxodHRwczovL2FwaS53aGF0c2FwcC5jb20vc2VuZD9waG9uZT0yMDEwOTA5 NDY0NDA+CgogCgogCg0KLS0gCuKAj9mE2YLYryDYqtmE2YLZitiqINmH2LDZhyDYp9mE2LHYs9in 2YTYqSDZhNij2YbZgyDZhdi02KrYsdmDINmB2Yog2KfZhNmF2KzZhdmI2LnYqSAiaGViYSBtb2hh bW1lZCIg2YXZhiDZhdis2YXZiNi52KfYqiBHb29nbGUuCtmE2KXZhNi62KfYoSDYp9mE2KfYtNiq 2LHYp9mDINmB2Yog2YfYsNmHINin2YTZhdis2YXZiNi52Kkg2YjYpdmK2YLYp9mBINiq2YTZgtmK INix2LPYp9im2YQg2KfZhNil2YTZg9iq2LHZiNmG2YrYqSDZhdmG2YfYp9iMINij2LHYs9mEINix 2LPYp9mE2Kkg2KXZhNmD2KrYsdmI2YbZitipINil2YTZiSB5YXJhLXlvdXNlZit1bnN1YnNjcmli ZUBnb29nbGVncm91cHMuY29tLgrZhNi52LHYtiDZh9iw2Ycg2KfZhNmF2YbYp9mC2LTYqSDYudmE 2Ykg2KfZhNmI2YrYqNiMINin2YbYqtmC2YQg2KXZhNmJIGh0dHBzOi8vZ3JvdXBzLmdvb2dsZS5j b20vZC9tc2dpZC95YXJhLXlvdXNlZi80MjIwZTIxZS01YjhkLTQxYWYtYWNkZS1jNmY0Mzc3MWE4 YjRuJTQwZ29vZ2xlZ3JvdXBzLmNvbS4K ------------------------------ Date: Sat, 22 Jan 2022 03:26:50 -0500 From: "Your Match" Subject: 50+ Singles in your Area 50+ Singles in your Area http://procodez.us/3wJG4USUkq_cVd9SYPcHcoTEpDC2Iy0plMkWduPs3Na-HIwP2A http://procodez.us/8NyoOLQei6KRPDKt392Klue99HQUtPCY_TFjBDJ1USQ8olAvoQ mary photosynthetic tissue, the palisade mesophyll, is located on the upper side of the blade or lamina of the leaf but in some species, including the mature foliage of Eucalyptus, palisade mesophyll is present on both sides and the leaves are said to be isobilateral. Most leaves are flattened and have distinct upper (adaxial) and lower (abaxial) surfaces that differ in color, hairiness, the number of stomata (pores that intake and output gases), the amount and structure of epicuticular wax and other features. Leaves are mostly green in color due to the presence of a compound called chlorophyll that is essential for photosynthesis as it absorbs light energy from the sun. A leaf with lighter-colored or white patches or edges is called a variegated leaf. Leaves can have many different shapes, sizes, and textures. The broad, flat leaves with complex venation of flowering plants are known as megaphylls and the species that bear them, the majority, as broad-leaved or megaphyllous plants, which also includes acrogymnosperms and ferns. In the lycopods, with different evolutionary origins, the leaves are simple (with only a single vein) and are known as microphylls. Some leaves, such as bulb scales, are not above ground. In many aquatic species, the leaves are submerged in water. Succulent plants often have thick juicy leaves, but some leaves are without major photosynthetic function and may be dead at maturity, as in some cataphylls and spines. Furthermore, several kinds of leaf-like structures found in vascular plants are not totally homologous with them. Examples include flattened plant stems call ------------------------------ Date: Fri, 21 Jan 2022 08:00:00 -0800 From: Amanylolom Lolom Subject: =?UTF-8?B?2YXYp9is2LPYqtmK2LEg2YXZh9mG2Yog2YXYtdi62LEg2YHZiiDYp 9mE2K3ZiNiz2KjYqQ==?= =?UTF-8?B?INmI2YbYuNmFINin2YTZhdi52YTZiNmF2KfYqg==?= *X'YX/X'X1 X'YX9X1X(Y X) YYX*YYY X) X'YX'X/X'X1Y X)** X*X/X9YYY YYYX4X'X1YY YY * *YX'X,X3X*Y X1 YYYY YX5X:X1 YY X'YX-YX3X(X) YYX8Y X'YYX9YYYX'X** *(*X%X/X'X1X) X'YX-YX3X(X) YYX8Y X'YYX9YYYX'X* ) *X(X4YX'X/X) YX9X*YX/X) YYYX+YX)* *YYX9X/ X'YX'YX9YX'X/: * *YY 30 Y YX'Y X1 X'YY 3 YX(X1X'Y X1 2022Y* *X'YYX'X9X) X'YX'YX*X1X'X6Y X) X2YYYYY YY X-X'YX) X*X9X0X1 X'YX-X6YX1 YYYX'YX1X)* *YYX*YX'X5Y X9X(X1 X'YYX'X*X3 X'X6X:X7 YYX'* *YYX/YX) :* X%X/X'X1X) YX8Y X'YYX9YYYX'X* (ISM) YX' X*X9YY X'YX#YX8YX) X#Y X'YX*YYY X'X* YYX8Y X'YYX9YYYX'X* X#Y X*YYY X'X* X'YYX9YYYX'X*. YYX9 X0YY X YYY YX,YYX9X) YY X'YX#YX4X7X) YX'YX9YYY X'X* YX'YYYX'X1X3X'X* X'YX*Y X*YX/Y X%YY X*X-YY Y X'YYYX'X!X) YY X'YYX$X3X3X'X*. YYX/ X*Y X%Y YX'X! X'YYX2Y X/ YY X'YX'YX*YX'Y YX$X.X1Y X' YX%X/X'X1X) YX8Y X'YYX9YYYX'X* (ISM) YX*Y X,X) YX*X/YY YYY X) YX(Y X1X) YY X'YYX9YYYX'X* X9X(X1 X'YX%YX*X1YX* YYX3X'X&Y X'YX'X*X5X'Y X'YX-X/Y X+X). YX0X' YY X'YX6X1YX1Y X*YYY X1 YX8X'Y YX%X/X'X1X) X'YYX9YYYX'X* Y YX8Y X9YY X'YYX$X3X3X'X* YX'YX4X1YX'X* X'YX*YYY X) YX'YX*YYYYYX,Y X) YYX.X*YY X'YX#YX4X7X). *YX3X*YX/YY Y YY X0YY* X'YX9X'YYY Y YY X'YX#YX3X'Y X'YYYY X) X(X4X1YX'X* X'YX(X1YX,X). YX/X1X'X! X'YX4X1YX'X* X'YX*Y X*YX/Y X%YY X'YX'X3X*X+YX'X1 YY YX8Y X'YYX9YYYX'X*. YX/X1X'X! X#YX3X'Y X'YX(X1YX,X) YX'YYYX(Y YX*X1. YX4X1YY X'YX#YX3X'Y YY X'YX4X1YX'X* YX'YYX$X3X3X'X*. X1X$X3X'X! X'YX#YX3X'Y YY X'YX4X1YX'X* X'YX*Y X*X3X*X.X/Y YX8Y X'YYX9YYYX'X*. YX/X1X'X! X'YX#YX3X'Y YY X'YX4X1YX'X* X'YYYY X) X'YYX*YX/YX). YX4X1YY X'YX#YX3X'Y X'YX*YYYYYX,Y X) YY X4X1YX'X* X'YX(X1YX,X). YX-YYY X'YX(Y X'YX'X* YYYX8YY X#YX3X'Y X#X1X4YX) X'YYX9YYYX'X*. YX4X1YY X#YX3X'Y X'YX-YX3X(X) YX'YX(X1YX,Y X'X* YY X'YX4X1YX'X* *YYX'X7YX'X9 X9YY X'YX(YX1X4YX1X'X* X'YX*X- ( YX3X. /** copy*) YYY YY *YX/Y X1 X'YX*X/X1Y X( : X# / X1Y YX'Y X3X'YY* *X,YX'Y/ YX'X*X3 : 00201006000691 * *YX'YX3: 0020237800573 b 0020235866323* *YX'X*Y: 0020237800583 b 0020237800693* - -- bYYX/ X*YYY X* YX0Y X'YX1X3X'YX) YX#YY YX4X*X1Y YY X'YYX,YYX9X) "YX'X9YY X'X* X'YX/YX1X'X* YX'YX(X1X'YX, X'YX*X/X1Y X(Y X(X)" YY YX,YYX9X'X* Google. YX%YX:X'X! X'YX'X4X*X1X'Y YY YX0Y X'YYX,YYX9X) YX%Y YX'Y X*YYY X1X3X'X&Y X'YX%YYX*X1YYY X) YYYX'X X#X1X3Y X1X3X'YX) X%YYX*X1YYY X) X%YY amanylolomklgkfjdh+unsubscribe@googlegroups.com. YX9X1X6 YX0Y X'YYYX'YX4X) X9YY X'YYY X(X X'YX*YY X%YY https://groups.google.com/d/msgid/amanylolomklgkfjdh/CAFRgcP3G92JDQo9J2ROgAwaijhnANT6uYW00sBDpC6HoH70sqQ%40mail.gmail.com. ------------------------------ Date: Sat, 22 Jan 2022 07:33:11 -0500 From: "Coverlastic Sofa" Subject: Your Living Room with Coverlastic Sofa Cover! Your Living Room with Coverlastic Sofa Cover! http://altailean.us/1MAXAQQ_WYtzru6tB8AcZUbacJSgLvBajxKNGANLNB1PXYbBrQ http://altailean.us/w_eeRJegsNxLO7ih2bVRVggEbEFwS38d3HGLmw-SEOrJwdVAgw e soil where they fall. In contrast, many other non-seasonal plants, such as palms and conifers, retain their leaves for long periods; Welwitschia retains its two main leaves throughout a lifetime that may exceed a thousand years. The leaf-like organs of bryophytes (e.g., mosses and liverworts), known as phyllids, differ morphologically from the leaves of vascular plants in that they lack vascular tissue, are usually only a single cell thick, and have no cuticle stomata or internal system of intercellular spaces. The leaves of bryophytes are only present on the gametophytes, while in contrast the leaves of vascular plants are only present on the sporophytes, and are associated with buds (immature shoot systems in the leaf axils). These can further develop into either vegetative or reproductive structures. Simple, vascularized leaves (microphylls), such as those of the early Devonian lycopsid Baragwanathia, first evolved as enations, extensions of the stem. True leaves or euphylls of larger size and with more complex venation did not become widespread in other groups until the Devonian period, by which time the carbon dioxide concentration in the atmosphere had dropped significantly. This occurred independently in several separate lineages of vascular plants, in progymnosperms like Archaeopteris, in Sphenopsida, ferns and later in the gymnosperms and angiosperms. Euphylls are also referred to as macrophylls or megaphylls (large leav ------------------------------ Date: Sat, 22 Jan 2022 06:39:38 -0500 From: "Insanely Fast Wi-Fi" Subject: Never lose signal again with portable Wi-Fi Never lose signal again with portable Wi-Fi http://nitrileanio.us/3mv5rJJ6CaTpEVIRxAZc6BeVzftfb2SFMhzdbKO3HYnbSter7A http://nitrileanio.us/qlIb6zhxDQ0NK6GituZ7k716SdLZd0hL8WIPsKYch8UAAPKP0Q nts in frigid or cold temperate regions typically shed their leaves in autumn, whereas in areas with a severe dry season, some plants may shed their leaves until the dry season ends. In either case, the shed leaves may be expected to contribute their retained nutrients to the soil where they fall. In contrast, many other non-seasonal plants, such as palms and conifers, retain their leaves for long periods; Welwitschia retains its two main leaves throughout a lifetime that may exceed a thousand years. The leaf-like organs of bryophytes (e.g., mosses and liverworts), known as phyllids, differ morphologically from the leaves of vascular plants in that they lack vascular tissue, are usually only a single cell thick, and have no cuticle stomata or internal system of intercellular spaces. The leaves of bryophytes are only present on the gametophytes, while in contrast the leaves of vascular plants are only present on the sporophytes, and are associated with buds (immature shoot systems in the leaf axils). These can further develop into either vegetative or reproductive structures. Simple, vascularized leaves (microphylls), such as those of the early Devonian lycopsid Baragwanathia, first evolved as enations, extensions of the stem. True leaves or euphylls of larger size and with more complex venation did not become widespread in other groups until the Devonian period, by which time the carbon dioxide concentration in the atmosphere had dropped significantly. This occurred independently in several separate lineages of vascular plants, in progymnosperms like Archaeopteris, in Sphenopsida, ferns and later in the gymnosperms and angiosperms. Euphylls are also referred to as macrophylls or megap ------------------------------ Date: Sat, 22 Jan 2022 03:29:27 -0500 From: "CVS Reward" Subject: YOU WON! YOU WON! http://biotoxx.us/r37pWx8pDv2TfSb47Drt6xGNtLIaa3TgDbEXZWn5rMweKtfJJQ http://biotoxx.us/H1TDyyk4d8yYLlhEybFLhaadyo7N9AdqamuAEAfwl9GUPzg02Q ernal intercellular space system. Stomatal opening is controlled by the turgor pressure in a pair of guard cells that surround the stomatal aperture. In any square centimeter of a plant leaf, there may be from 1,000 to 100,000 stomata. Near the ground these Eucalyptus saplings have juvenile dorsiventral foliage from the previous year, but this season their newly sprouting foliage is isobilateral, like the mature foliage on the adult trees above The shape and structure of leaves vary considerably from species to species of plant, depending largely on their adaptation to climate and available light, but also to other factors such as grazing animals (such as deer), available nutrients, and ecological competition from other plants. Considerable changes in leaf type occur within species, too, for example as a plant matures; as a case in point Eucalyptus species commonly have isobilateral, pendent leaves when mature and dominating their neighbors; however, such trees tend to have erect or horizontal dorsiventral leaves as seedlings, when their growth is limited by the available light. Other factors include the need to balance water loss at high temperature and low humidity against the need to absorb atmospheric carbon dioxide. In most plants, leaves also are the primary organs responsible for transpiration and guttation (beads of fluid forming at leaf margins). Leaves can also store food and water, and are modified accordingly to meet these functions, for example in the leaves of succulent plants and in bulb scales. The concentration of photosynthetic structures in leaves requires that they be richer in protein, minerals, and sugars than, say, woody stem tissues. Accordingly, leaves are prominent in the diet of many animals. A leaf shed in autumn. Correspondingly, leaves represent heavy investment on the part of the plants bearing them, and their retention or disposition are the subject of elaborate strategies for dealing with pest pressures, seasonal conditions, and protective measures such as the growth of thorns and the production of phytoliths, lignins, tannins and poisons. Deciduous plants in frigid or cold temperate regions typic ------------------------------ Date: Sat, 22 Jan 2022 04:35:04 -0500 From: "Joanne Riley" Subject: Youâve Been Considered for inclusion with Whoâs Who⦠Youbve Been Considered for inclusion with Whobs Whob& http://coolable.co/fzpl9RVZGDO_MM8YZk7DWyxVI0DCzf9jrfRA-GfKq0EDR4k75g http://coolable.co/TJLy5Kkip5uZajHltN2RokCxqcGG_2vVzNHO1-gtdm2KEnVP3Q eaves which have a petiole (leaf stalk) are said to be petiolate. Sessile (epetiolate) leaves have no petiole and the blade attaches directly to the stem. Subpetiolate leaves are nearly petiolate or have an extremely short petiole and may appear to be sessile. In clasping or decurrent leaves, the blade partially surrounds the stem. When the leaf base completely surrounds the stem, the leaves are said to be perfoliate, such as in Eupatorium perfoliatum. In peltate leaves, the petiole attaches to the blade inside the blade margin. In some Acacia species, such as the koa tree (Acacia koa), the petioles are expanded or broadened and function like leaf blades; these are called phyllodes. There may or may not be normal pinnate leaves at the tip of the phyllode. A stipule, present on the leaves of many dicotyledons, is an appendage on each side at the base of the petiole, resembling a small leaf. Stipules may be lasting and not be shed (a stipulate leaf, such as in roses and beans), or be shed as the leaf expands, leaving a stipule scar on the twig (an exstipulate leaf). The situation, arrangement, and structure of the stipules is called the "stipula ------------------------------ Date: Sat, 22 Jan 2022 05:41:08 -0500 From: "Walgreens Shopper Feedback" Subject: Congratulations! You can get a $50 Walgreens gift card! Congratulations! You can get a $50 Walgreens gift card! hhttp://nitrileanio.us/6P_0pqjd7sjiSWtJRh4befTIynJw6mxsvW4TqbU6AcLuC_qOwQ http://nitrileanio.us/6SdplrmopdVMQU7iSIeP50bhFmRrBc4ilvfNboEzQhgQwoehQw mendous variety shown in leaf structure (anatomy) from species to species is presented in detail below under morphology. The petiole mechanically links the leaf to the plant and provides the route for transfer of water and sugars to and from the leaf. The lamina is typically the location of the majority of photosynthesis. The upper (adaxial) angle between a leaf and a stem is known as the axil of the leaf. It is often the location of a bud. Structures located there are called "axillary". External leaf characteristics, such as shape, margin, hairs, the petiole, and the presence of stipules and glands, are frequently important for identifying plants to family, genus or species levels, and botanists have developed a rich terminology for describing leaf characteristics. Leaves almost always have determinate growth. They grow to a specific pattern and shape and then stop. Other plant parts like stems or roots have non-determinate growth, and will usually continue to grow as long as they have the resources to do so. The type of leaf is usually characteristic of a species (monomorphic), although some species produce more than one type of leaf (dimorphic or polymorphic). The longest leaves are those of the Raffia palm, R. regalis which may be up to 25 m (82 ft) long and 3 m (9.8 ft) wide. The terminology associated with the description of leaf morp ------------------------------ Date: Sat, 22 Jan 2022 03:57:31 -0500 From: "Survey Rewards" Subject: Exclusive Rewards T-Mobile Exclusive Rewards T-Mobile http://biotoxx.us/rqbkWm4yic6ph1eCa-vmznU56krkliZEHo49R6-T8w6VSWTSDg http://biotoxx.us/Iy9X3xFJ8VN-xZKWXWu0ZLeiTCH-agwF1BAD1nusby1z2lFIkg ter layer of cells covering the leaf. It is covered with a waxy cuticle which is impermeable to liquid water and water vapor and forms the boundary separating the plant's inner cells from the external world. The cuticle is in some cases thinner on the lower epidermis than on the upper epidermis, and is generally thicker on leaves from dry climates as compared with those from wet climates. The epidermis serves several functions: protection against water loss by way of transpiration, regulation of gas exchange and secretion of metabolic compounds. Most leaves show dorsoventral anatomy: The upper (adaxial) and lower (abaxial) surfaces have somewhat different construction and may serve different functions. The epidermis tissue includes several differentiated cell types; epidermal cells, epidermal hair cells (trichomes), cells in the stomatal complex; guard cells and subsidiary cells. The epidermal cells are the most numerous, largest, and least specialized and form the majority of the epidermis. They are typically more elongated in the leaves of monocots than in those of dicots. Chloroplasts are generally absent in epidermal cells, the exception being the guard cells of the stomata. The stomatal pores perforate the epidermis and are surrounded on each side by chloroplast-containing guard cells, and two to four subsidiary cells that lack chloroplasts, forming a specialized cell group known as the stomatal complex. The opening and closing of the stomatal aperture is controlled by the stomatal complex and regulates the exchange of gases and water vapor between the outside air and the interior of the leaf. Stomata therefore play the important role in allowing photosynthesis without letting the leaf dry out. In a typical leaf, the stomata are more numerous over the abaxial (lower) epidermis than the adaxial (upper) epidermis and are more num ------------------------------ Date: Sat, 22 Jan 2022 02:09:35 -0500 From: "MatchSeniors" Subject: You could find love this year You could find love this year http://procodez.us/0YB1eL0PhSgcmU4HA93DB7oqC_6pbZjTug3zFYvZIyt8HlKiMg http://procodez.us/ZkR14Ajnc62pjDFEaN7Cz2aPugskK-U0lu-sBsaOQwvBfCqUdA mary photosynthetic tissue, the palisade mesophyll, is located on the upper side of the blade or lamina of the leaf but in some species, including the mature foliage of Eucalyptus, palisade mesophyll is present on both sides and the leaves are said to be isobilateral. Most leaves are flattened and have distinct upper (adaxial) and lower (abaxial) surfaces that differ in color, hairiness, the number of stomata (pores that intake and output gases), the amount and structure of epicuticular wax and other features. Leaves are mostly green in color due to the presence of a compound called chlorophyll that is essential for photosynthesis as it absorbs light energy from the sun. A leaf with lighter-colored or white patches or edges is called a variegated leaf. Leaves can have many different shapes, sizes, and textures. The broad, flat leaves with complex venation of flowering plants are known as megaphylls and the species that bear them, the majority, as broad-leaved or megaphyllous plants, which also includes acrogymnosperms and ferns. In the lycopods, with different evolutionary origins, the leaves are simple (with only a single vein) and are known as microphylls. Some leaves, such as bulb scales, are not above ground. In many aquatic species, the leaves are submerged in water. Succulent plants often have thick juicy leaves, but some leaves are without major photosynthetic function and may be dead at maturity, as in some cataphylls and spines. Furthermore, several kinds of leaf-like structures found in vascular plants are not totally homologous with them. Examples include flattened plant stems call ------------------------------ Date: Sat, 22 Jan 2022 06:14:37 -0500 From: "Testosterone" Subject: A Boost in free testosterone to intensify his confidence in the gym and in the bedroom. A Boost in free testosterone to intensify his confidence in the gym and in the bedroom. http://floracera.biz/wr6ZP-pm7AiLTUugq12vwPg3UhIXxuGHzgJu0yqDyvT_0bm50Q http://floracera.biz/yD_osImFkzc8WMXcFGvUviijZc66SK56p1KGs9MKSu5I5bJV_w enings called stomata which open or close to regulate the rate exchange of carbon dioxide, oxygen, and water vapor into and out of the internal intercellular space system. Stomatal opening is controlled by the turgor pressure in a pair of guard cells that surround the stomatal aperture. In any square centimeter of a plant leaf, there may be from 1,000 to 100,000 stomata. Near the ground these Eucalyptus saplings have juvenile dorsiventral foliage from the previous year, but this season their newly sprouting foliage is isobilateral, like the mature foliage on the adult trees above The shape and structure of leaves vary considerably from species to species of plant, depending largely on their adaptation to climate and available light, but also to other factors such as grazing animals (such as deer), available nutrients, and ecological competition from other plants. Considerable changes in leaf type occur within species, too, for example as a plant matures; as a case in point Eucalyptus species commonly have isobilateral, pendent leaves when mature and dominating their neighbors; however, such trees tend to have erect or horizontal dorsiventral leaves as seedlings, when their growth is limited by the available light. Other factors include the need to balance water loss at high temperature and low humidity against the need to absorb atmospheric carbon dioxide. In most plants, leaves also are the primary organs responsible for transpiration and guttation (beads of fluid forming at leaf margins). Leaves can also store food and water, and are modified accordingly to meet these functions, for example in the leaves of succulent plants and in bulb scales. The concentration of photosynthetic structures in leaves requires that they be richer in protein, minerals, and sugars than, say, woody stem tissues. Accordingly, leaves are prominent in the diet of many animals. A leaf shed in autumn. Correspondingly, leaves represent heavy investment on the part of the plants bearing them, and their retention or disposition are the subject of elaborate strategies for dealing with pest pressures, seasonal conditions, and protective measures such as the growth of thorns and the production of phytoliths, lignins, tannins and poisons. Deciduous plants in frigid or cold temperate regions typically shed their leaves in autumn, whereas in areas with a severe dry season, some plants may shed their leaves until the dry season ends. In eith ------------------------------ Date: Sat, 22 Jan 2022 07:27:56 -0500 From: "Fastest Fat Burner" Subject: Shark Tank Loves This New Diet Product Shark Tank Loves This New Diet Product http://gamingbud.co/GyVQMrRMygUODkRiK6sEQ_Ej4DEiKgT6frJd7SdD06t8QIH13g http://gamingbud.co/xmrp63Ra_TkRsXgLrAJW5qcGIWlsJxd-DKyQ20U6jI4pv14zuw ants in frigid or cold temperate regions typically shed their leaves in autumn, whereas in areas with a severe dry season, some plants may shed their leaves until the dry season ends. In either case, the shed leaves may be expected to contribute their retained nutrients to the soil where they fall. In contrast, many other non-seasonal plants, such as palms and conifers, retain their leaves for long periods; Welwitschia retains its two main leaves throughout a lifetime that may exceed a thousand years. The leaf-like organs of bryophytes (e.g., mosses and liverworts), known as phyllids, differ morphologically from the leaves of vascular plants in that they lack vascular tissue, are usually only a single cell thick, and have no cuticle stomata or internal system of intercellular spaces. The leaves of bryophytes are only present on the gametophytes, while in contrast the leaves of vascular plants are only present on the sporophytes, and are associated with buds (immature shoot systems in the leaf axils). These can further develop into either vegetative or reproductive structures. Simple, vascularized leaves (microphylls), such as those of the early Devonian lycopsid Baragwanathia, first evolved as enations, extensions of the stem. True leaves or euphylls of larger size and with more complex venation did not become widespread in other groups until the Devonian period, by which time the carbon dioxide concentration in the atmosphere had dropped significantly. This occurred independently in several separate lineages of vascular plants, in progymno ------------------------------ End of alt.music.moxy-fruvous digest V14 #8356 **********************************************